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These protists belong to a division called Pyrrophyta of algae. They are a well defined group of unicellular, photosynthetic forms. Most of them are flagellated and motile but some forms are non-flagellated.


Photosynthetic Protists
These protists belong to a division called Pyrrophyta of algae. They are a well defined group of unicellular, photosynthetic forms.


Photosynthetic Protists
They are also known as protistan algae or plantlike protists. They are represented by mainly the unicellular algae. These organisms are mostly planktonic and represent the phytoplanktons which account for nearly 80% of the total photosynthetic activity in the biosphere.


Photosynthetic Protists
They are a well defined group of unicellular, photosynthetic forms. Most of them are flagellated and motile but some forms are non-flagellated. Some dinoflagellates like Noctiluca and Pyrocystis contain phosphorescent granules that make the surface of the sea glow in darkness. This phenomenon is called bioluminescence.


Algae: Protists with Chloroplasts
Algae: Protists with Chloroplasts. The algae are a polyphyletic and paraphyletic group of organisms. They are defined in differing ways, but are usually considered to be the photosynthetic organisms excepting plants.


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Almost all algae live in water. There are several kinds of chlorophyll. The most important chlorophyll is a. This certain type of chlorophyll is what makes photosynthesis possible, all the plants and algae that use photosynthesis contain chlorophyll a. 1. A. it is the most diverse of the plant-like protists.


Autotrophic protists and Heterotrophic protists?
Autotrophic Protists: Algae The term algae embraces all photosynthetic protists. It refers to an aquatic, photosynthetic way of life, not an evolutionary kinship. Most algae live in water, but some are terrestrial. Most algae live near the surface of the water producing 30 to 50 percent of the earth's oxygen.


They are producers just like  plants are. They take in the sunâs energy and use it to make food through photosynthesis.  These plant-like protists are also known as algae, which has a green  pigment (many other colors also).
There are several kinds of chlorophyll. The most important chlorophyll is a. This certain type of chlorophyll is what makes photosynthesis possible, all the plants and algae that use photosynthesis contain chlorophyll a. 1. A. it is the most diverse of the plant-like protists.


The Line of Ham
The descendants of Ham migrated for the most part to northeast Africa, especially Egypt, the eastern Mediterranean region, and southern Arabia. Eventually, they formed the eastern and southern people of Mesopotamia. The four sons of Ham were Cush, Mizraim, Put and Canaan (10:6). The sons enumerated all became heads of clans whose land was promised to Abraham. The first son is Cush; the Cushites settled in the land of the upper Nile south of Egypt in Nubia and Ethiopia. Therefore, Cush and Ethiopia are interchangeable in the Bible.


The Family Of Ham
The genealogy of Ham, and his brothers Shem and Japheth (notice also, in verse 2 below, that the Hebrew word pronounced awdawm, meaning man as a species, originally applied to both male and female - male and female created he them; and blessed them, and called their name Adam):


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The descendants of Ham include the Egyptians, Ethiopians, Canaanites, Phoenicians and Hittites. His descendants appear to be the first to fill the earth, as they were the early settlers of Africa, Asia, Australia, the South Pacific and the Americas.


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The history of the races of mankind is a fascinating subject. Biologically, a race is generally thought of as a variety, or subspecies, within a given species. All the races are a part of the human race. We have made the term race to apply to skin color, but the dictionary defines race as a class or kind of individuals with common characteristics, interests, appearances, or habits as if derived from a common ancestor..


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4 There are many native African tribes which trace themselves back traditionally to Ham. The Yoruba, who are black skinned, for example, claim to be descendants of Nimrod, son of Cush, whereas the Libyans, who are much lighter skinned, are traced back to Phut. The Egyptians were direct descendants of Mizraim.


The Family Of Ham
Ham, from the Hebrew name pronounced khawm, meaning warm, or hot weather (the English word ham is not related; it originated from an Anglo-Saxon word, hamm, which meant bent - referring to a pig's hind leg), was the second-born son of Noah; customarily, sons were listed by order of birth i.e. Noah begat Shem, Ham, and Japheth (Genesis 5:52 KJV) ...


The Family Of Ham
Among the sons of Ham was Mizraim - the name given to Egypt and northeast Africa by the Israelites because of Mizraim's descendants there (it is translated into English as Egypt over 600 times in the Holy Scriptures) - hence the reason that it is also called the land of Ham i.e. the land of Ham's son Mizraim.


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Web Sites. Ham Genealogy. Welcome to some of the best Ham genealogy resources found on the web. We hope you will participate on the Ham forums, it is a great place to find or post information on Ham genealogy and is completely free to participate.


Discover the meaning of your name.Start NowFree Surname Dictionary Over 70,000 Surname Origins
Ham at RootsWeb databases. Ham in RootsWeb surname mailing lists. Ham genealogy mailing list for correspondence and sharing of information pertaining to family histories of the Ham surname and its variations. Or check the index of mailing lists for a sound-alike name.


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1 Hebrews descended from Eber (Heber), a great-grandsons of Shem. Both Sunnite Arabs and Jews are Semites and Hebrews. Six generations after Heber, Abram (Abraham) was born, so Abraham was both a Hebrew and a Semite, born of the line of Heber and Shem. Ishmael and Isaac were born of Abraham.


What Is The Best Circuit Training Workout?
1 Circuit training is time consuming because it's an extra workout schedule with added cardio. 2  Solution: Use less cardio minutes and higher intensity. 3  Do 1 min of moderate intensity, 20 sec as fast as you can, 1 min moderate intensity, and then 1 min high intensity. So, lets say you used to do 2 hours per week cardio (4x30 mins), by doing circuit training not only do you save that 2 hours but also another 72 mins per week (4 x 18 mins). 2  That's well over an extra 3 hours per week to paint, write, watch TV, re-acquaint yourself with your significant other, whatever you want.


Circuit Weight Training Program
cardio. Remember, if your doing 1 circuit, you can perform 5 minutes of intense cardio now, however, if you are doing more than one circuit, you may want to wait until all your weight training is complete and do the 5 minutes of intense cardio.he way circuit training is set up, it allows you to continuously exercise from one exercise to the next, while incorporating weight resistance into your program. Let's find out a little bit more and how you can use a circuit training program to burn fat and build muscle (and use the circuit routine below).


How much training does it really take to maintain muscle and strength? What types of workouts are most effective? Read on to find out!
1 You have to hit the weights 3-5 times per week, every week, for at least 1-2 years. 2  You often have to also find time for a couple hours of cardio per week. 3  You have to watch what you eat, regulating intake to meet your goals of gaining or losing weight.ead on to find out! We all know how much persistence and consistency it takes to get a great physique. 1  You have to hit the weights 3-5 times per week, every week, for at least 1-2 years. 2  You often have to also find time for a couple hours of cardio per week.


What Is The Best Circuit Training Workout?
1 Circuit training will not increase muscle mass and may even break down muscle proteins if you do train for more than an hour. 2  If you do the cardio after circuit training, you will be burning muscle instead of fat. 3  That's why the week schedule was designed, to allow your body to adapt to burning fat instead of muscle. So, lets say you used to do 2 hours per week cardio (4x30 mins), by doing circuit training not only do you save that 2 hours but also another 72 mins per week (4 x 18 mins). 2  That's well over an extra 3 hours per week to paint, write, watch TV, re-acquaint yourself with your significant other, whatever you want.


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In conclusionâ¦. The muscle building cardio strategy is to keep cardio to a minimum. The number of cardio sessions per week is 2 to 3 for a duration of 30 minutes each session. Extremely skinny people who have trouble gaining weight can do 2, 30 minute sessions per week.n conclusionâ¦. The muscle building cardio strategy is to keep cardio to a minimum. The number of cardio sessions per week is 2 to 3 for a duration of 30 minutes each session. Extremely skinny people who have trouble gaining weight can do 2, 30 minute sessions per week.


StrongLifts 5Ã5 Workout: Beginner Training Program for Strength & Muscle Mass
Stronglifts 5Ã5 uses five free weight compound exercises: the Squat, Bench Press, Deadlift, Overhead Press and Barbell Row. You do three of these exercises each workout, three times a week, for about 45 minutes per workout. You Squat every workout, three times a week.5Ã5 stands for five sets of five reps.These are the sets and reps you do on every exercise except Deadlifts. Deadlift is only one set of five reps (1Ã5) because doing more would beat you up. Plus, Squatting three times a week will get you stronger at Deadlifts since it works similar muscles.eyond that, you can add half an hour of cardio after StrongLifts 5Ã5 to burn extra calories and speed up weight loss. But prioritize lifting weights â you need to build muscle. Oh, and donât do cardio on your off days, your body needs recovery.


What Is The Best Circuit Training Workout?
Circuit training is the ideal way to go if you want to loose fat while maintaining or even increasing you muscle size and strength. Circuit training usually involves machines, but can be carried out with dumbbells, barbells, balls or body weight exercises. So, lets say you used to do 2 hours per week cardio (4x30 mins), by doing circuit training not only do you save that 2 hours but also another 72 mins per week (4 x 18 mins). 2  That's well over an extra 3 hours per week to paint, write, watch TV, re-acquaint yourself with your significant other, whatever you want.


How Can You Design A Workout According To Your Body Type?
Stronglifts 5Ã5 is the simplest, most effective workout to get stronger, build muscle and burn fat. Thousands of people have used the StrongLifts 5Ã5 workout to change their bodies and lives. The program is easy to follow and only takes three workouts a week of about 45 minutes.eyond that, you can add half an hour of cardio after StrongLifts 5Ã5 to burn extra calories and speed up weight loss. But prioritize lifting weights â you need to build muscle. Oh, and donât do cardio on your off days, your body needs recovery.


How Often Should I Strength Train to Lose Weight?
Doing that will help prevent injuries. To lose weight, do at least two sessions a week and after three months of consistent training, consider doing three to four times a week. Split your workouts into upper and lower body exercises so you give each time for recovery.ll resistance training increase the amount of lean muscle tissue you have, so you are burning more calories to speed weight loss. It's possible to lose weight by resistance training only, but you would need to circuit train to get your heart rate up.


How to do Cardio For Muscle Building Goals
I want you to start and finish every muscle building cycle with 2 to 3 cardiovascular sessions per week for 30 minutes each session of medium intensity cardio. If you are past the beginner stage and have been doing medium intensity cardio for a few months, you can experiment with HIIT for 20 minute sessions.n conclusionâ¦. The muscle building cardio strategy is to keep cardio to a minimum. The number of cardio sessions per week is 2 to 3 for a duration of 30 minutes each session. Extremely skinny people who have trouble gaining weight can do 2, 30 minute sessions per week.


lisa-persdotter
Bill Gates in Sweden for dirty old man Simonyi's wedding. Microsoft billionaire Charles Simonyi sure likes to live large. He's a space tourist! He dates Martha Stewart! No wait, 60-year-old Simonyi is now marrying 28-year-old Swedish socialite Lisa Persdotter! Let me guess: You don't want a photo of him.


Cab CallowayMarriedRelationship factsNuffie Calloway
All relationship and family history information shown on FameChain has been compiled from data in the public domain. From online or printed sources and from publicly accessible databases. It is believed to be correct at the time of inputting and is presented here in good faith.


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Charles Simonyi. Charles Simonyi (Hungarian: Simonyi KÃ¡roly, pronounced [ËÊimoÉ²i ËkaËroj]; born September 10, 1948), son of KÃ¡roly Simonyi, is a Hungarian-born American computer programmer, businessman, and space tourist.


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Lisa Pehrsdotter added, Carl-Johan Bergman @ceejaybergman. Tre fasta tjÃ¤nster ute nu: â¢ LiveredaktÃ¶r â¢ DeskredaktÃ¶r â¢ NÃ¤ra-reporter Kom och jobba - hÃ¶r av dig till bergman@dt.se GÃ¤rna RT! 0 replies 0 retweets 7 likes. Lisa Pehrsdotterâ @LisaPehrsdotter 18 May 2016.


Charles Simonyi and Lisa Persdotter Wedding
Charles Simonyi and Lisa Persdotter Wedding. In This Photo: Charles Simonyi. Charles Simonyi pose on his yacht Skat ahead of his wedding with Lisa Persdotter, at Christine Kyrka on November 22, 2008 in Gothenburg, Sweden. (Photo by Christopher Hunt/Getty Images) * Local Caption * Charles Simonyi. (Nov. 22, 2008 - Source: Christopher Hunt/Getty Images Europe)


Celebrity Biographies
Charles Simonyi has been married to Lisa Persdotter since November 22, 2008. They have been married for 8.3 years. Charles Simonyi.


Lisa Persdotter's Profile
Lisa Persdotter's Profile. Lisa Persdotter is currently married to Charles Simonyi. She has been in one celebrity relationship averaging approximately 8.7 years. Her one marriage has lasted 8.4 years so far. Age: 37 (1980)


Lisa Simonyi
Lisa Simonyi. Lisa Simonyi was born and raised in Gothenburg, Sweden. In 1999, she left Sweden to study abroad at the Queen Margaret University in Edinburgh, Scotland, Ithaca College in New York, and then in London, England. In London, she completed her BA degree in Corporate Communication while interning for Dale Carnegie.


Charles Simonyi
Simonyi is married to Lisa Persdotter, the daughter of a Swedish millionaire. She is 32 years his junior. They were engaged on 8 August 2008 and were married on 22 November 2008 in a private ceremony in Gothenburg, Sweden, attended by their closest friends, among them Bill Gates.


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Lisa Persdotter. Found 10 Records, 10 Photos and 1,053,823 Family Trees. Born in Ljusnarsberg, Ãrebro, Sweden on 1767. Lisa married Abraham Ramstedt and had 2 children. Family Members.


Klonopin (clonazepam) vs. Xanax (alprazolam)
BRAND NAME: Xanax, Xanax XR, Niravam. PRESCRIPTION: Yes. GENERIC AVAILABLE: Yes. USES: Alprazolam is used for the treatment of anxiety disorders and panic attacks. Anxiety disorders are characterized by: unrealistic worry and apprehension,


Xanax Abuse
As a fast-acting drug, the majority of the benefits are established within an hour after use, with the total duration of effect being at least 6 hours. Xanax is commonly abused by those seeking it for its sedative effects.


Ativan vs. Nortriptyline
A: Xanax (alprazolam) is in a drug class called benzodiazepines. Xanax is used in the treatment of anxiety disorders, such as generalized anxiety disorder. Xanax is also used for the short-term relief of anxiety symptoms.


Alprazolam
Alprazolam (Xanax) is an oral benzodiazepine used in the treatment of panic and anxiety disorders.Plasma protein binding is about 70%.


Xanax Abuse
Xanax abuse is not only a problem among adults; teenagers have prescription medication addictions as well. According to the 2014 Monitoring the Future survey, 13.9 percent of teenagers report using prescription drugs for non-medical purposes in the past year.


Klonopin (clonazepam) vs. Xanax (alprazolam)
BRAND NAME: Xanax, Xanax XR, Niravam. USES: Alprazolam is used for the treatment of anxiety disorders and panic attacks. 1  insomnia.  Panic attacks occur either unexpectedly or in certain situations (for example, driving), and can require higher dosages of alprazolam. SIDE EFFECTS: The most common side effects of alprazolam taken at lower doses are: 1  drowsiness and.  fatigue.


alprazolam
Seizures can occur in more severe cases of withdrawal. Consequently, patients on alprazolam for extended periods of time should slowly taper the medication under a doctor's supervision rather than abruptly stopping the medication.


Xanax Abuse
Even people who take the medication exactly as prescribed can become addicted to it without realizing it. Xanax is the trade name of the prescription medication alprazolam, and is in a category of drugs known as benzodiazepines. Typically, doctors prescribe Xanax to treat patients suffering from anxiety and panic disorders. The medication works by interacting with a receptor in the brain that in turn increases inhibitory brain activity, thus tempering any problematic excitement related to anxiety.


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Report Abuse. PH3 molecule has the central atom of phosphorus connected by single bonds to three hydrogen atoms. The phosphorus atom also has one pair of unshared electrons.The electron-cloud geometry of the phosphorus atom is tetrahedral, but the molecular geometry of phosphorus trihydride is trigonal pyramidal, when the nuclei of the three hydrogen atoms are each connected to the nucleus of the phosphorus atom.est Answer: Bent-only works with two substituents. Linear works with one. Tetrahedral only works with four, so you're left with trigonal planar and trigonal pyramidal. Look what you know about P: it has 5 electrons, but in PH3 it is only using three, so the odd pair have to go somewhere.


According to VSEPR theory,the geometry of the PH3 molecule is best decribed as?
PH3 molecule has the central atom of phosphorus connected by single bonds to three hydrogen atoms.The phosphorus atom also has one pair of unshared electrons.The electron-cloud geometry of the phosphorus atom is tetrahedral, but the molecular geometry of phosphorus trihydride is trigonal pyramidal, when the nuclei of the three hydrogen atoms are each connected to the nucleus of the phosphorus atom.est Answer: Bent-only works with two substituents. Linear works with one. Tetrahedral only works with four, so you're left with trigonal planar and trigonal pyramidal. Look what you know about P: it has 5 electrons, but in PH3 it is only using three, so the odd pair have to go somewhere.


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This molecule has a tetrahedral shape. Phosphine (PH3) has phosphorus as the central atom and it shares a pair of electrons with each of the three hydrogen atoms. The phosphine atom has a trigonal pyramidal shape.Fluorine is formed by two fluorine atoms combining with one pair of electrons shared.This is a linear molecule.he shape of molecules is dependent on the atoms that form the molecule and the atoms that are shared. Hydrogen sulfide or H2S is formed with sulfur as the central molecule and two hydrogen molecules with one pair of electrons shared between the sulfur atom and each of the hydrogen atoms.


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Confidence votes 297. PH3 has 3 bonding pairs and 1 non-bonding pair of electrons. Its electron pair geometry is Tetrahedral and its molecular geometry is Trigonal Pyramidal.ou might think trigonal planar, but it's actually trigonal pyramidal. Remember that phosphorus (like nitrogen) ends up with a lone pair when it bonds to three things covalent â¦ ly. That lone pair causes a lot of distortion and you end up with the pyramid shape.


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PH3 has 3 bonding pairs and 1 non-bonding pair of electrons.Its electron pair geometry is Tetrahedral and its molecular geometry is Trigonal Pyramidal.ou might think trigonal planar, but it's actually trigonal pyramidal. Remember that phosphorus (like nitrogen) ends up with a lone pair when it bonds to three things covalent â¦ ly. That lone pair causes a lot of distortion and you end up with the pyramid shape.


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According to VSEPR theory, the shape of the PH3 molecule is best described as linear. trigonal planar. tetrahedral. bent. trigonal pyramidal.Source(s): vsepr theory shape ph3 molecule as: https://tr.im/v87GF. Brodie Â· 2 months ago.ccording to VSEPR theory, the shape of the PH3 molecule is best described as linear. trigonal planar. tetrahedral. bent. trigonal pyramidal. Source(s): vsepr theory shape ph3 molecule as: https://tr.im/v87GF.


According to VSEPR theory, the shape of the PH3 molecule is best described as?
Report Abuse. It is trigonal pyramidal, just like ammonia, because its central phosphorous atom is surrounded by three bonding pairs and one lone (non-bonding) pair of electrons...however, the bond angle is now approximately 91 degrees as opposed to the accepted value of 107 degrees for ammonia.ccording to VSEPR theory, the shape of the PH3 molecule is best described as linear. trigonal planar. tetrahedral. bent. trigonal pyramidal. Source(s): vsepr theory shape ph3 molecule as: https://tr.im/v87GF.


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PH3 has 3 bonding pairs and 1 non-bonding pair of electrons. Its electron pair geometry is Tetrahedral and its molecular geometry is Trigonal Pyramidal.H3 has 3 bonding pairs and 1 non-bonding pair of electrons. Its electron pair geometry is Tetrahedral and its molecular geometry is Trigonal Pyramidal.


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The shape of molecules is dependent on the atoms that form the molecule and the atoms that are shared. Hydrogen sulfide or H2S is formed with sulfur as the central molecule and two hydrogen molecules with one pair of electrons shared between the sulfur atom and each of the hydrogen atoms.he shape of molecules is dependent on the atoms that form the molecule and the atoms that are shared. Hydrogen sulfide or H2S is formed with sulfur as the central molecule and two hydrogen molecules with one pair of electrons shared between the sulfur atom and each of the hydrogen atoms.


Drawing the Lewis Structure for PH 3
For the PH3 Lewis structure we first count the valence electrons for the PH3 molecule using the periodic table.Once we know how many valence electrons there are in PH3 we can distribute them around the central atom and attempt to fill the outer shells of each atom.or the PH3 Lewis structure we first count the valence electrons for the PH3 molecule using the periodic table.


Blantonâs Single Barrel Bourbon Review
I already loved bourbon and I knew it was good, but I didnât know just how good it could be until I experienced this. The brain child of Buffalo Traceâs storied master distiller Elmer T Lee, it was introduced in 1984 and is the first modern single barrel bourbon that started the now feverish single barrel craze.


Blantonâs Single Barrel Bourbon Review
This is my third bottle of Blantonâs Single Barrel Bourbon, but I still remember my first. I was living in the horrifically repressed state of Utah at the time and when these bottles first showed up on the shelf it looked unlike any other bottle currently available.


Blanton's Single Barrel
A deep, satisfying nose of nutmeg and spices. Powerful dry vanilla notes in harmony with hints of honey amid strong caramel and corn. A medium finish composed of returning corn and nutmeg flavors.


Blanton's Single Barrel
Blanton's Single Barrel. In the winter of 1881, Albert Bacon Blanton was born into one of the first families of bourbon history. At the age of sixteen, he started work in the Distillery as an office boy and fast became a leading pioneer in the development of bourbon.


Blanton's Single Barrel
During that period Colonel Blanton created his very special and limited supply of bourbon-his private reserve-handpicked and stored in what now is known as the famous Warehouse H. Although Colonel Blanton died in the spring of 1959, his legacy lives.


The Original
The Original. Bourbon has been enjoyed for centuries, but single barrel bourbon only dates back to 1984, when the owners of Ancient Age Distillery (now Buffalo Trace Distillery) set out to create a premium quality product. In the process, they revolutionized the industry.


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SINGLE-BARREL BOURBON. The finest bourbon in the world comes from a single barrel. Thatâs the way Colonel Albert B. Blanton first bottled his private reserve bourbon nearly a century ago. Blanton believed the âcenter-cutâ or middle sections of Warehouse H were the best for aging his bourbon.


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Blantonâs, quite simply, is my favorite bourbon. Living in Kentucky, I have the whole array of the Commonwealthâs favorite beverages at my disposal. Iâve tried nearly all of the top shelf bourbons that I can (except for Pappy) and I keep coming back to Blantonâs. There are many fine small batch, single barrel bourbons to choose from and each has their own characteristics. But for me, Blantonâs opened my eyes to what a bourbon should be.


Blanton's Single Barrel
Introduced in 1984, Blantonâs namesake bourbon was the first ever Single Barrel Bourbon sold commercially. The Single Barrel Bourbon is the first of its kind.


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While Buffalo Trace Distillery is mainly known for its bourbon, it also produces other spirits such as rye whiskey and vodka. Buffalo Trace is a bourbon brand made by the Distillery. It was introduced in August 1999, two months after the distillery changed its name from the George T. Stagg Distillery. Approximately 25â30 barrels are selected and mixed before bottling. It has won several awards since its introduction.


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The Melia at Cable Beach is an absolutely gorgeous place. There were many things we loved about our trip but there were a few things I would recommend the hotel improving. Pros: - Beautiful beach and view from the room - Food: For an all-inclusive, the food more than met our expectations.


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The Level at the Melia Nassau Beach is the exclusive Melia range of superior services and facilities , such as private reception and check-in area , free room service , exclusive access to The Level area of the beach and pool , exclusive access to the specialist restaurants , preferential bookings at the restaurants , special welcome gift , ...


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I was in the Bahamas in 1989 and stayed in Jack Tar Village in the West End and I have always wanted to return. Over the years we have gone to several other places but decided to take a trip to Nassau in May. We stayed at the Melia hotel and our experience was fabulous.


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Distance from hotel to Lynden Pindling International Airport (NAS), 10 miles (16 kms). Distance from hotel to town, 15 miles (24 kms). The All Inclusive Melia Nassau Beach Resort is situated on a 1,000 foot stretch of Nassau's pristine Cable Beach, making this one of the perfect places to unwind and reconnect to what matters most.


Review Summary
An upscale, sprawling resort, Melia Nassau Beach is located on beautiful and serene Cable Beach. It's a 15-minute drive from the airport, but it's not in walking distance to other attractions.


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Reservation Options: TripAdvisor is proud to partner with Prodigios Interactivos SA, Booking.com, Expedia, Hotwire, Hotels.com and Odigeo so you can book your Melia Nassau Beach - All Inclusive reservations with confidence.


Melia Nassau Beach Resort All-Inclusive Reviews
I just returned from the Malia Nassau Beach Resort yesterday (12/4/15). This is the best all inclusive resort I have been to. The beach is spectacular as well as the pool. There are plenty of chaise lounges on the beach as well as by the pool. No matter what time if the day you go you'will always find a good spot.


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Show available rooms for Melia Nassau Beach - All Inclusive. You can see room offers from our travel partners starting at *, or . There are no rooms available to book this property on TripAdvisor from â . Prices from our travel partners are not available for â .


Review Summary
Melia Nassau Beach is located along West Bay Street in a complex with other hotels, including the enormous Baha Mar and Wyndham Nassau Resort. It's located on Cable Beach, one of the calmest and most scenic beaches in Nassau, which derives its name from being the site of the first telegraph wire in the Bahamas. The area is safer than downtown Nassau but thereâs not much in walking distance -- no restaurants of note and not many attractions.


Melia Nassau Beach Resort All-Inclusive Reviews
We went to Sheraton Nassau Beach Resort All Inclusive From July 11-15 and had a great time. The hotel is old and definitely needs some updating. The room was very clean with a nice view of the resort and beach. A little musty smelling but all beach resorts have some of that. The beds were not comfortable at all, hard as a rock and sheets were like covering with newspaper.


Average Temperatures for Arkansas in August
Average temperatures for January at cities, towns, parks and lakes throughout Arkansas are listed below in degrees Fahrenheit and Celsius. The tables give the normals for maximum and minimum temperatures based on weather data collected from 1981 to 2010 by the US National Climatic Data Center.


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Arkansas, Arkansas, gets 49 inches of rain per year. The US average is 37. Snowfall is 4 inches. The average US city gets 25 inches of snow per year. The number of days with any measurable precipitation is 91. On average, there are 217 sunny days per year in Arkansas, Arkansas.


Fayetteville, Arkansas Add Favorite 42 Reviews | Review This Place
Fayetteville, Arkansas, gets 45 inches of rain per year. The US average is 37. Snowfall is 9 inches. The average US city gets 25 inches of snow per year. The number of days with any measurable precipitation is 97. On average, there are 217 sunny days per year in Fayetteville, Arkansas.


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Arkansas, Arkansas, gets 49 inches of rain per year. The US average is 37. Snowfall is 4 inches. The average US city gets 25 inches of snow per year. The number of days with any measurable precipitation is 91. On average, there are 217 sunny days per year in Arkansas, Arkansas. The July high is around 92 degrees.


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Snowfall is 4 inches. The average US city gets 25 inches of snow per year. The number of days with any measurable precipitation is 91. On average, there are 217 sunny days per year in Arkansas, Arkansas. The July high is around 92 degrees. The January low is 29.


Arkansas State Add Favorite 29 Reviews | Review This Place
The US average is 37. Snowfall is 4 inches. The average US city gets 25 inches of snow per year. The number of days with any measurable precipitation is 91. On average, there are 217 sunny days per year in Arkansas, Arkansas. The July high is around 92 degrees.


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Climate data for fayetteville exp stn fyv, Longitude: -94.1744, Latitude: 36.1006. Average weather Fayetteville, AR - 72701 - 1981-2010 normals. Jan: January, Feb: February, Mar: March, Apr: April, May: May, Jun: June, Jul: July, Aug: August, Sep: September, Oct: October, Nov: November, Dec: December.


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Fayetteville, Arkansas, gets 45 inches of rain per year. The US average is 37. Snowfall is 9 inches. The average US city gets 25 inches of snow per year. The number of days with any measurable precipitation is 97.


Temperature - Precipitation - Sunshine - Snowfall
1. Climate data for fayetteville exp stn fyv, Longitude: -94.1744, Latitude: 36.1006. Average weather Fayetteville, AR - 72701 - 1981-2010 normals. Jan: January, Feb: February, Mar: March, Apr: April, May: May, Jun: June, Jul: July, Aug: August, Sep: September, Oct: October, Nov: November, Dec: December.


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CLIMATE OVERVIEW. Fayetteville, Arkansas, gets 45 inches of rain per year. The US average is 37. Snowfall is 9 inches. The average US city gets 25 inches of snow per year. The number of days with any measurable precipitation is 97.


Syrah
Syrah, as it is known in France, is grown throughout the Rhone rhÃ´ne. Valley the wines that are made from it vary, greatly even over small changes in the vines. Locations the differences in the soil quality as well as the changes in the slope of the terrain tend to produce different styles of. wine


"Antonym of ""production""?"
Best Answer: antonym of production? is it: 3. consumption Consumption is the closest to correct answer.


Syrah
It is grown in many wine producing regions around the world, with concentrations in Australia, The Rhone Valley in France, and the US. It is often used as a blending grape in Spain and Italy as well. It is also planted in Portugal, which favor making varietal Syrah wine, and not only blending with other types.


Antonym Practice Test Questions
An aversion is a dislike of someone/something, the best antonym. An antidote (B) is a counteracting remedy, as against poison. Foolish (C) means silly, not loving. (Do not confuse doting/loving with dotage/senility.) Creativity (D) is imagination, artistry, originality, ingenuity, etc. Daring (E) is boldness.


Antonym Practice Test Questions
2. E: An imbroglio is a quarrel, often a complicated/entangled one. Harmony is the best antonym. Fight (A) is a synonym. Conclusion (B) is an end or a decision. Trust (C) is belief that someone is honest or dependable, or that something is true. Thankfulness (D) is gratitude. 3. B: To reminisce is to remember and/or relate or discuss memories. Its opposite is to forget. Ignore is the closest antonym here. To originate (A) is to begin. To create (C) is to make/produce. To reconvene (D) is to meet again, as a committee or group.


"Antonym of ""production""?"
1. hydric material 2. oxygen 3. carbon material 4.... show more is it: 1. resuction 2. introduction 3. consumption 4. recreation 5. advertisement also what is the synonym of sequential? 1. successful 2. distinctive 3. serial 4. irregular 5. interval Also, what does nuclear weapons contain? 1. hydric material 2. oxygen 3. carbon material 4.... show more is it: 1. resuction 2. introduction 3. consumption 4. recreation 5. advertisement also what is the synonym of sequential?


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verb cause, effect. 1  make star. 2  generate star. 3  secure star. 4  engender star. 5  muster star. 6  breed star. 7  induce star. 8  hatch star. 9  occasion star. 10  provoke star. 11  beget star. 12  bring about star. 13  draw on star. 14  get up star. 15  work up star. 16  give rise to star. 17  make for star. 18  result in star. 19  set off star.


Syrah
Syrah is used as a varietal and is also blended. Following several years of strong planting, Syrah was estimated in 2004 to be the world's 7th most grown grape at 142,600 hectares (352,000 acres).


Syrah
It is called Syrah in its country of origin, France, as well as in the rest of Europe, Argentina, Chile, Uruguay, New Zealand, South Africa, Canada, and most of the United States.


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Syrah continues to be the main grape of the northern Rhone rhÃ´ne and is associated with classic wines such As, Hermitage cornas And-Cote. CÃ´te rotie rÃ´tie In, the southern rhone rhÃ´ne it is used as a blending grape In-such-Wines, As chateauneuf ChÃ¢teauneuf du Pape, gigondas And cotes cÃ´tes du rhone rhÃ´ne where grenache usually. makes up the bulk of the blend


What is the Temperance Movement?
Unfortunately for advocates of the temperance movement, the prohibition of alcohol did not seem to create the positive results that were expected and, in fact, resulted in a host of unintended negative consequences. The chief of these was the rise in overall crime rates and organized crime activity.


What is the Temperance Movement?
The efforts of the movement resulted in the prohibition of alcohol between 1920 and 1933. During the early 19th century, a growing segment of the American population believed that the population of the nation was negatively impacted by the consumption of alcohol.


United Kingdom
Temperance, the crusade against strong drink, was by far the largest reform movement of the early 1800s, and one of the most successful.


Womanâs Christian Temperance Union
The Womanâs Christian Temperance Union (WCTU) was founded in November 1874 in Cleveland, Ohio. After Frances Willard took over leadership in 1879, the WCTU became one of the largest and most influential womenâs groups of the 19th century by expanding its platform to campaign for labor laws, prison reform and suffrage.


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In 1826, adherents to the cause founded the American Society for the Promotion of Temperance, its purpose being to urge people to sign a pledge of abstinence. The Society soon became a pressure group that lobbied for state-level prohibition legislation.


Woman's Christian Temperance Union
In 1879 Wittenmyer, who opposed such a move, was replaced by Willard. For the next two decades Willard led the temperance movement as the WCTU became one of the largest and most influential womenâs groups of the 19th century. She expanded the organizationâs platform to include such issues as labour laws and prison reform, and in 1891 she became president of the World WCTU (founded 1883).


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The goal of early leaders of the temperance movementâconservative clergy and gentlemen of meansâwas to win people over to the idea of temperate use of alcohol. But as the movement gained momentum, the goal shifted first to voluntary abstinence, and finally to prohibition of the manufacture and sale of ardent spirits.


What is the Temperance Movement?
Top 10 amazing movie makeup transformations. In the United States, the temperance movement was a social movement of the 19th and early 20th centuries that was dedicated to encouraging the reduction or elimination of the consumption of alcoholic beverages in the nation.


How Prohibition Worked
Topical Press Agency/Getty Images. The idea of banning alcohol in the United States started to pick up steam in the 1830s, long before Prohibition was instated. Many people believed that alcohol was strongly connected to insanity, poverty and many of the world's evils, and so the temperance movement gained momentum. The number of people opposed to demon rum grew exponentially. Before long, thousands of societies sprouted up that were dedicated to promoting temperance.


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With such a diverse following temperance advocates began to fractionalize (following various agendas) and support for the movement declined in the mid-1830s. But it surged again in 1837 after the financial panic, and the long depression that followed accelerated the social problems of the times. Temperance reform, and the issues that led to the movement, may be used with students to identify social problems and solutions in their own world.


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Mitochondria is known as powerhouse of cell because the major part of cellular respiration occurs in it, thereby maximum amount of ATP is generated there. This ATP is the energy provider to all the major/minor vital biological functions. ATP is called the energy/power currency of the cell.


Which organelle is the powerhouse of the cell?
Mitochondria are known as the powerhouse of the cell because they contain enzymes that are needed for stepwise oxidation of food stuffs (carbohydrate, fats and lipids) present â¦ in the cells to CO2 and water. Oxidation of food releases energy which is used to form high energy ATP (adenosine triphosphate) molecules.


Which organelle is the powerhouse of the cell?
Mitochondria are known as the powerhouse of the cell because they contain enzymes that are needed for stepwise oxidation of food stuffs (carbohydrate, fats and lipids) present â¦ in the cells to CO2 and water.


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Report Abuse. Mitochondria is known as powerhouse of cell because the major part of cellular respiration occurs in it, thereby maximum amount of ATP is generated there. This ATP is the energy provider to all the major/minor vital biological functions. ATP is called the energy/power currency of the cell.


Which organelle is the powerhouse of the cell?
The mitochondrion is referred to as the powerhouse of the cell. The mitochondrion is a membrane bound organalle that converts oxygen and nutrients into Adenosine triphosphat â¦ e (ATP). The mitochondrian generates most of the cell's supply of ATP.


What is the power house of the cell?
The Powerhouse of the Cell. Mitochondria play host to one of the most important processes in your body: cellular respiration. Taking in glucose and oxygen, mitochondria produce energy, which they capture and package as energy-rich molecules of ATP.


Whats the difference between mitchondria and ribosomes?
Best Answer: Mitochondria are sometimes described as cellular power plants, because they generate most of the cell's supply of ATP, used as a source of chemical energy. The number of mitochondria in a cell varies widely by organism and tissue type.


Why mitochondria is also known as powerhouse of the cell?
Â· just now. Report Abuse. Mitochondria is known as powerhouse of cell because the major part of cellular respiration occurs in it, thereby maximum amount of ATP is generated there. This ATP is the energy provider to all the major/minor vital biological functions. ATP is called the energy/power currency of the cell.


Which organelle is the powerhouse of the cell?
ATP is known as Energy Currency of the cell and it is used as cellular fuel. Energy stored in ATP is used to bring about energy requiring activities of the cell such as photosynthesis, protein synthesis and muscle contraction.


Hiking Utah Parks in Summer
July/August would be hot, but as noted it rarely gets hot at the North Rim of the Grand Canyon or at Bryce, or any other high elevation location for that matter. Arches, Canyonlands, Zion, Monument Valley, Mesa Verde will most likely be 90+ and that's not comfortable hiking weather.


UTAH'S HOT DESERT
This page is all about hot deserts. The temperatures of hot deserts can reach up to 136Âº F. In Utah, a high temperature of 117Âº F has been recorded in the Southern part of the State. That is HOT! The nights in deserts are cool.


UTAH'S HOT DESERT
Plants that live in the desert include the bristlecone pine, sagebrush, juniper, joshua tree, yucca, and cactus. go there! If you would like to find out more about the desert, click on any of the pictures of Utah's deserts below. dare to compare! Deserts are found throughout the world.


Hiking Utah Parks in Summer
If you do decide to headto UT, there are a couple of things that will help with your planning. First, check out the Top Questions in the Utah forum. The first item is How can I see all the park in southen Utah? and this contains links to maps showing the various routes and also has suggested itineraries.


UTAH'S HOT DESERT
We begin our journey in a very hot, dry place. You have probably been there before. After all, a large portion of Utah is covered by one. Perhaps you even live there. Deserts are biomes that are extremely dry. The yearly rainfall is less that 25 cm (10 inches). You may think of deserts as always being hot, but there are two types of deserts: hot deserts and cold deserts..


Hiking Utah Parks in Summer
My kids would like to go somewhere new this year and the Utah parks would look like an obvious choice. However, my daughter (the 13-year old) says she prefers not to go to a hot place. We are limited to a timeframe of the last two weeks of July and the first two of August and can spend about 10 to 14 days.


Hiking Utah Parks in Summer
Hiking Utah Parks in Summer - Bryce Canyon National Park Forum. Hiking Utah Parks in Summer. I am trying to plan our summer vacation and keep going back and forth on where to go.


Hiking Utah Parks in Summer
In the past four years we have been to Acadia NP (annually), the Smoky Mountains, Glacier NP and the Canadian Rockies, Yellowstone and the Grand Tetons, Yosemite and Sequoia NP, and the Grand Canyon (South Rim.) I will be going with my kids (ages 11, 13, and 16.) My husband may or may not be going with us.


UTAH'S HOT DESERT
Another famous desert in the United States is found in California. Use the Internet to find out the name of this Desert. Compare and contrast this desert or another famous desert with Utah's desert. Don't get too hot working on this assignment. CONDITION. UTAH'S DESERTS. OTHER DESERT (YOU DECIDE)


Hiking Utah Parks in Summer
Both Bryce Canyon and the North Rim of the Grand Canyon are around 9,000 ft elevation, so both will be nice in the summer, even cool at night. Also, 2 days/1 nite in each is plenty of time to see what's there and get some hiking in.


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Sugarland is an American country music duo consisting of singer-songwriters Jennifer Nettles (lead vocals) and Kristian Bush (background vocals, lead vocals, mandolin, acoustic guitar, and harmonica). Sugarland was founded in 2002 by Kristen Hall with Bush and became a trio after hiring Jennifer Nettles as lead singer.


Sugarland
Sugarland is an American country music duo consisting of singer-songwriters Jennifer Nettles (lead vocals) and Kristian Bush (background vocals, lead vocals, mandolin, acoustic guitar, and harmonica).


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List of all Sugarland albums including EPs and some singles-a discography of Sugarland CDs and Sugarland records. List includes Sugarland album cover artwork in many cases, and if we are missing an album cover feel free to upload it in wiki fashion.


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Sugarland Albums, Discography. List of all Sugarland albums including EPs and some singles-a discography of Sugarland CDs and Sugarland records. List includes Sugarland album cover artwork in many cases, and if we are missing an album cover feel free to upload it in wiki fashion.


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Sugarland Albums, Discography. List of all Sugarland albums including EPs and some singles-a discography of Sugarland CDs and Sugarland records.


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List of all Sugarland albums including EPs and some singles-a discography of Sugarland CDs and Sugarland records.


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Sugarland (band) - Wikipedia, the free encyclopedia. Sugarland is an American country music duo composed of two Atlanta, Georgia singer-songwriters: lead singer Jennifer Nettles and Kristian Bush.


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Sugarland is an American country music duo composed of singeraâ¬âsingerÃ¢ Songwriters Jennifer (nettles lead) vocals And Kristian (bush background, vocals lead, vocals, mandolin acoustic, guitar and). harmonica


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Sugarland was founded in 2002 by Kristen Hall with Bush and became a trio after hiring Jennifer Nettles as lead singer.


Sugarland discography
Love on the Inside, released in 2008, was Sugarland's first Number One album, reaching that position on both Top Country Albums and Billboard 200. This album produced three straight Number One hits in . All I Want to Do , . Already Gone , and .


Radiocarbon dating
Radiocarbon dating (also referred to as carbon dating or carbon-14 dating) is a method for determining the age of an object containing organic material by using the properties of radiocarbon (14C), a radioactive isotope of carbon.adiocarbon dating (also referred to as carbon dating or carbon-14 dating) is a method for determining the age of an object containing organic material by using the properties of radiocarbon (14C), a radioactive isotope of carbon.


Applying Carbon-14 Dating to Recent Human Remains
Archaeologists have long used carbon-14 dating (also known as radiocarbon dating) to estimate the age of certain objects.Traditional radiocarbon dating is applied to organic remains between 500 and 50,000 years old and exploits the fact that trace amounts of radioactive carbon are found in the natural environment.rchaeologists have long used carbon-14 dating (also known as radiocarbon dating) to estimate the age of certain objects.


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Radiocarbon datingâalso known as carbon-14 datingâis a technique used by archaeologists and historians to determine the age of organic material.he theory behind radiocarbon dating is as follows: 1  Terrestrial carbon contains virtually no carbon-14, since any that may have been present would have long since decayed into the stable nitrogen-14. 2  Carbon dioxide in the atmosphere, however, contains a mixture of carbon-12 and carbon-14 in known proportions.


Energy, Plants & Man
Carbon-12 is by far the most abundant carbon isotope, and carbon-12 and -13 are both stable. But carbon-14 is slightly radioactive: it will spontaneously decay into nitrogen-14 by emitting an anti-neutrino and an electron, with a half-life of 5730 years.he theory behind radiocarbon dating is as follows: 1  Terrestrial carbon contains virtually no carbon-14, since any that may have been present would have long since decayed into the stable nitrogen-14. 2  Carbon dioxide in the atmosphere, however, contains a mixture of carbon-12 and carbon-14 in known proportions.


Dating Stone Tools
Radiocarbon dating is widely used to date materials like charcoal from hearths and carbonate in snail shells, Dr. Kent said, but it is limited to about the last 50,000 years because of the short half-life of carbon 14.adiocarbon dating is widely used to date materials like charcoal from hearths and carbonate in snail shells, Dr. Kent said, but it is limited to about the last 50,000 years because of the short half-life of carbon 14.


How Carbon-14 Dating Works
Carbon-14 dating is a way of determining the age of certain archeological artifacts of a biological origin up to about 50,000 years old.It is used in dating things such as bone, cloth, wood and plant fibers that were created in the relatively recent past by human activities.Print. Cite This!arbon-14 dating is a way of determining the age of certain archeological artifacts of a biological origin up to about 50,000 years old. It is used in dating things such as bone, cloth, wood and plant fibers that were created in the relatively recent past by human activities. Print.


How Does Carbon Dating Work
By knowing how much carbon 14 is left in a sample, the age of the organism when it died can be known. It must be noted though that radiocarbon dating results indicate when the organism was alive but not when a material from that organism was used.asic Principles of Carbon Dating. Radiocarbon, or carbon 14, is an isotope of the element carbon that is unstable and weakly radioactive. The stable isotopes are carbon 12 and carbon 13. Carbon 14 is continually being formed in the upper atmosphere by the effect of cosmic ray neutrons on nitrogen 14 atoms.


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Its has a half-life of about 5,730 years. The short half-life of carbon-14 means its cannot be used to date extremely old fossils. Levels of carbon-14 become difficult to measure and compare after about 50,000 years (between 8 and 9 half lives; where 1% of the original carbon-14 remains undecayed). formula used in carbon dating is: t = [ln (Nf/No) / (-0.693)] * t1/2. where ln (Nf/No) = the natural logarithm of the percent carbon-14 in the sample compared to the percent carbon-14 in living tissue, and t1/2 = the half-life of carbon-14 = 5,700 years.


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Although the half-life of carbon-14 makes it unreliable for dating fossils over about 50,000 years old, there are other isotopes scientists use to date older artifacts. These isotopes have longer half-lives and so are found in greater abundance in older fossils. formula used in carbon dating is: t = [ln (Nf/No) / (-0.693)] * t1/2. where ln (Nf/No) = the natural logarithm of the percent carbon-14 in the sample compared to the percent carbon-14 in living tissue, and t1/2 = the half-life of carbon-14 = 5,700 years.


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He measured the half-life of Carbon-14 to be about 5,568 years. However after about 50,000 years there is so little Carbon-14 left in the specimen that it is very hard, almost impossible, to calculate its age.(Van Der Merwe) Libby ran many tests on items where the age was known, or estimated by other means.or Carbon dating we have already experimentally measured the amount of Carbon-14 left, and Libby has already measured the half-life of Carbon-14 to an acceptable exactness, however how much Carbon-14 was there in the specimen at the time of death.


How Light Works
Light as Waves. Unlike water waves, light waves follow more complicated paths, and they don't need a medium to travel through. When the 19th century dawned, no real evidence had accumulated to prove the wave theory of light. That changed in 1801 when Thomas Young, an English physician and physicist, designed and ran one of the most famous experiments in the history of science.


How Light Works
Incidentally, the bending of a light wave accounts for some of the visual phenomena we often encounter, such as mirages. A mirage is an optical illusion caused when light waves moving from the sky toward the ground are bent by the heated air.


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They can travel fast or slow. Sound waves, light waves, X-rays, microwaves, and ocean waves are but a few examples. All waves, however, share certain basic characteristics. All waves have amplitude, wavelength, and frequency. 1  In order to understand these characteristics of waves, it may help you to represent a wave as a drawing on a graph.


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Electromagnetic waves can be described by their wavelengths, energy, and frequency. All three of these things describe a different property of light, yet they are related to each other mathematically. This means that it is correct to talk about the energy of an X-ray or the wavelength of a microwave or the frequency of a radio wave. In fact, X-rays and gamma-rays are usually described in terms of energy, optical and infrared light in terms of wavelength, and radio in terms of frequency.


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Frequency, which is often used to describe waves, is an important characteristic. Frequency is used to distinguish one color of light from another, as well as one sound from another. For example, red light is different from blue light because red light has a lower frequency. A dog can hear a whistle that you cannot hear because dogs can hear sounds at higher frequencies than humans can.


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Wavelength is usually measured in meters (m). Frequency is the number of cycles of a wave to pass some point in a second. The units of frequency are thus cycles per second, or Hertz (Hz).


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Wavelengths of optical light have units of nanometers (nm). One nm is equal to one billionth of a meter. Micro (abbreviated by the Greek letter mu or Âµ) is one millionth or 10-6. A micrometer, or one thousandth of a meter is sometimes called a micron. Milli (m) is one thousandth or 10-3.


Science Chap 2
The distance the wave rises depends on the amplitude of the wave. Amplitude is the maximum distance the medium (the material through which a wave travels) moves away from its rest position. The higher the wave moves up-and-down as it vibrates, the larger the amplitude of the resulting waves.


How Light Works
Because light has both electric and magnetic fields, it's also referred to as electromagnetic radiation. Electromagnetic radiation doesn't need a medium to travel through, and, when it's traveling in a vacuum, moves at 186,000 miles per second (300,000 kilometers per second).


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For example the median expected annual pay for a typical Staff Nurse-RN in the United States is $70,076, so 50% of the people who perform the job of Staff Nurse-RN in the United States are expected to make less than $70,076. Source: HR Reported data as of October 2015. 1  Salary.2  Salary + Bonus.3  Benefits. 4  Purchase Full Report.his chart describes the expected percentage of people who perform the job of Staff Nurse-RN that make less than that salary. For example 50% of the people who perform the job of Staff Nurse-RN are expected to make less than the median.


How Much do Registered Nurses Make?
Salary Outlook. The BLS reports the median salary for a registered nurse was $66,220 in 2013. The best-paid 10 percent of RNs made more than $96,320, while the bottom 10 percent earned less than $45,630.alary Outlook. The BLS reports the median salary for a registered nurse was $66,220 in 2013. The best-paid 10 percent of RNs made more than $96,320, while the bottom 10 percent earned less than $45,630.


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The median annual wage for registered nurses was $65,470 in May 2012. The median wage is the wage at which half of the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $45,040 and the top 10 percent earned more than $94,720.he median annual wage for registered nurses was $65,470 in May 2012. The median wage is the wage at which half of the workers in an occupation earned more than that amount and half earned less. The lowest 10 percent earned less than $45,040 and the top 10 percent earned more than $94,720.


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RN Salary Range. According to the latest data from the BLS, registered nurses earned an average salary of $66,640 in 2014. Reported salaries ranged from $45,880 for those in the lowest 10% to more than $98,880 in the highest 90% of earners.egistered Nurse Job Outlook. According to national data published by the U.S. Bureau of Labor Statistics (BLS), employment for registered nurses (RNs) is expected to increase 19% by 2022, which is faster than the national average for all other occupations.


What is the annual salary for an astronomer?
The median expected salary for a typical Staff Nurse-RN in the United States is $62,527. This basic market pricing report was prepared using our Certified Compensation Professionals' analysis of survey data collected from thousands of HR departments at employers of all sizes, industries and geographies.he median expected salary for a typical Staff Nurse-RN in the United States is $62,527. This basic market pricing report was prepared using our Certified Compensation Professionals' analysis of survey data collected from thousands of HR departments at employers of all sizes, industries and geographies.


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$64,000. Average Nurse RN salaries for job postings in Indiana are 4% lower than average Nurse RN salaries for job postings nationwide.64,000. Average Nurse RN salaries for job postings in Indiana are 4% lower than average Nurse RN salaries for job postings nationwide.


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The average day porter janitorial salary in United States is $29,273 or an hourly rate of $14. This is 0% lower (-$0) than the average day porter janitorial salary in the United States. In addition, they earn an average bonus of $334.


County Employment and Wages in Arkansas â Fourth Quarter 2016
Nationwide, the 344 largest counties made up 72.6 percent of total U.S. employment. Average weekly wages declined in 6 of the 8 large counties in Indiana from the first quarter of 2015 to the first quarter of 2016. Lake County had the largest percentage decrease in average weekly wages, down 4.2 percent.


1 Culver's Porter Salaries
1 Culver's Porter Salaries. Browse Culver's Salaries by Job Title â. Culver's Porters earn $30,000 annually, or $14 per hour, which is 22% higher than the national average for all Porters at $24,000 annually and 68% lower than the national salary average for âall working Americans.


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An entry level day porter janitorial (1-3 years of experience) earns an average salary of $23,347. On the other end, a senior level day porter janitorial (8+ years of experience) earns an average salary of $34,068.


1 Culver's Porter Salaries
1 Culver's Porter Salaries. Culver's Porters earn $30,000 annually, or $14 per hour, which is 22% higher than the national average for all Porters at $24,000 annually and 68% lower than the national salary average for âall working Americans.


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What is the average salary for Night Porter jobs? The average salary for Night Porter jobs is Â£14,833. In March 2017, the average salary for Night Porter jobs fell by Â£1,130 (1%). Read on to find out how much Night Porter jobs pay across various UK locations and industries.


County Employment and Wages in Illinois â Fourth Quarter 2016
When all 92 counties in Indiana were considered, all but 2 had wages below the national average. Eleven reported average weekly wages less than $600, 39 had wages from $600 to $699, 22 reported wages from $700 to $799, 13 had wages from $800 to $899, and 7 had wages of $900 or more.


Glucosamine Class Action (CVS, Kroger, Target, etc)
Glucosamine is a popular supplement that is marketed as being good for joints. Rexall Sundown and NBTY are one of the largest manufacturers of Glucosamine products. Their products are sold under a variety of different brand names, including many generic brands for supermarkets and drug stores.


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Many people with arthritis -- especially osteoarthritis -- use supplements in their diet to ease the pain of arthritis. Glucosamine and chondroitin are the most well-known. Methyl sulfonylmethane (MSM) is another supplement used to ease the pain of arthritis, but it has not been through as much scientific testing.


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Glucosamine is often used in combination with another supplement, chondroitin. The usual dose of glucosamine sulfate is 1,500 mg per day. The usual dose of glucosamine hydrochloride is 1,500 mg to 2,000 mg per day. It is recommended that this product be taken with food.


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Glucosamine is often used in combination with another supplement, chondroitin. The usual dose of glucosamine sulfate is 1,500 mg per day. The usual dose of glucosamine hydrochloride is 1,500 mg to 2,000 mg per day.


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The usual dose of glucosamine sulfate is 1,500 mg per day. The usual dose of glucosamine hydrochloride is 1,500 mg to 2,000 mg per day. It is recommended that this product be taken with food. Your health care provider may have recommended using this product in other ways.


Arthritis Supplements
Glucosamine and chondroitin are the most well-known. Methyl sulfonylmethane (MSM) is another supplement used to ease the pain of arthritis, but it has not been through as much scientific testing. It is important to check with your doctor before starting any new treatments.


Glucosamine
The usual dose of glucosamine hydrochloride is 1,500 mg to 2,000 mg per day. It is recommended that this product be taken with food. Your health care provider may have recommended using this product in other ways.


Glucosamine
They are taken by mouth with food. Glucosamine is often used in combination with another supplement, chondroitin. The usual dose of glucosamine sulfate is 1,500 mg per day. The usual dose of glucosamine hydrochloride is 1,500 mg to 2,000 mg per day. It is recommended that this product be taken with food.


Arthritis Supplements
Many people with arthritis -- especially osteoarthritis -- use supplements in their diet to ease the pain of arthritis. Glucosamine and chondroitin are the most well-known.


Arthritis Supplements
Glucosamine and chondroitin are the most well-known. Methyl sulfonylmethane (MSM) is another supplement used to ease the pain of arthritis, but it has not been through as much scientific testing.


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Sesame Seed Oil Nutritional Profile. 1  Manganese â 0.7 mg. 2  Copper â 0.7 mg. 3  Calcium â 277 mg. 28% RDA. 4  Iron â 4.1 mg. 23% RDA. 5  Magnesium â 99.7 mg. 25% RDA. 6  Tryptophan â 93 mg. 7  Zinc â 2 mg. 13% RDA. 8  Fiber â 3.9 g. 16% RDA. 9  Thiamin â 0.2 mg. 10  Vitamin B6 â 0.2 mg. 11  Phosphorous â 179 mg. 12  Protein â 4.7 g.


9 Incredible Benefits of Sesame Oil
Sesame oil, which comes from sesame seeds, is a lesser known vegetable oil but is, in fact, one of the healthiest alternatives to normal vegetable oil options.


Sesame Oil for Skin: Benefits and How to Use the Oil
Another excellent benefit of sesame oil for skin is that it slows down skin aging. The oil has an antioxidant called sesamol which effectively prevents the appearances of wrinkles and fine lines. There are indeed plenty of anti-aging products that you can use, but sesame oil offers natural benefits without chemical ingredients.


Benefits of Sesame Seed Oil
The soothing and healing properties of sesame seed oil also prove useful in the repair of damaged skin cells and for skin rejuvenation. Application of sesame seed oil to the skin improves blood circulation which helps repair damaged skin cells and gives the skin a healthy glow.


9 Incredible Benefits of Sesame Oil
Sesame oil can be used in cooking, and it is most commonly used in Asian cuisines, including Chinese, Japanese, and Southeast Asian dishes, as well as Middle Eastern cuisine. Sesame oil has also been used in massage practices, due to its beneficial effects on the body and the skin.


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Sesame Seed Oil Nutritional Profile. 1  Manganese â 0.7 mg. 35% RDA. 2  Copper â 0.7 mg. 35% RDA. 3  Calcium â 277 mg. 28% RDA. 4  Iron â 4.1 mg. 23% RDA. 5  Magnesium â 99.7 mg. 25% RDA. 6  Tryptophan â 93 mg. 7  Zinc â 2 mg. 13% RDA. 8  Fiber â 3.9 g. 16% RDA. 9  Thiamin â 0.2 mg. 15% RDA. 10  Vitamin B6 â 0.2 mg. 11% RDA. 11  Phosphorous â 179 mg. 18% RDA. 12  Protein â 4.7 g.


9 Incredible Benefits of Sesame Oil
The health benefits of sesame oil include its ability to improve hair and skin health, stimulate strong bone growth, reduce blood pressure, maintain good heart health, manage anxiety and depression, protect infant health, cure the dental problems, prevent cancer, improve the digestive process, and lower inflammation.


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Bok Choy Salad. Three parts to this crunchy and refreshing salad. A cabbage and green onion part ...a ramen noodle, toasted almonds and sesame seed part ...and a yummy seasoned lemon juice and oil part. Bring them together and you have the fabulous Bok Choy Salad.


Sesame Oil for Skin: Benefits and How to Use the Oil
If sesame oil brings overwhelmingly strong smell for you, simply mix it with olive or almond oil. You can also mix sesame oil with turmeric, and then apply the solution 10 minutes before taking hot bath. Use this on daily basis to get glowing skin. 2. As a Sunscreen. Another good thing about sesame oil for skin is that you can use it as sunscreen lotion. Unless you work or live in a continuously sunlight-exposed environment, you will not need to use sunscreen every day. If you need such lotion in some occasions, sesame oil can protect you from oxidation and free radicals as well. You need to use cosmetic-grade sesame oil, not the cooking-grade type. Each type has different properties, so make sure you use the right type. Use only 100% pure sesame oil to get all possible benefits. For more advantages, mix it with other essential oils such as clove, rosemary, lavender, thyme, or cedar wood. The most common proportion is 3 drops of any of those oils per teaspoon of sesame oil.


Civil rights movement
1 Kryn, Randall L. James L. Bevel, The Strategist of the 1960s Civil Rights Movement, 1984 paper with 1988 addendum, printed in We Shall Overcome, Volume II edited by David Garrow, New York: Carlson Publishing Co., 1989.


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Great leaders of the civil rights movement such as Martin Luther  King Jr. contributed to the success of the movement. The civil  rights movement was also very organized. Strategies such as  sit-ins, bus boycotts, freedom rides, and marches were organized,  so many civil rights believers participated. Civil rights believers  were very passive, too, which was an effective strategy.


How did the Civil Rights Movement start?
The Rev. Dr. Martin Luther King Jr. did not actually start the civil rights movement. However, he became a widely popular leader of the movement, in part by leading protests a â¦ t some of the hot spots in the South.


How did the Civil Rights Movement start?
The spark that started the modern Civil Rights movement occurred in December of 1955. Blacks were very tired of the discriminating, but what really set it off was the murder of Emmett Till. Rosa Parks, a black seamstress, refused to give up her seat on a bus to a white man, as Montgomery, Alabama law required.


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The purpose of the Civil Rights Movement was to end racial  segregation and for African-Americans to get equal treatment as  everyone else.Also Robert Parris Moses came in t â¦ he picture and  would teach kids and teens math and science so they could have  knowledge.


JoJo Siwa Phone Number â Current cell number (UPDATED 2018)
JoJo Siwa Phone Number â Current cell number (UPDATED 2017) JoJo Siwa born May 19, 2003 in Omaha, Nebraska. Her full name is Joelle Joni Siwa and her nickname was made with the first two letters of the names. She educates in the house. JoJoâs mother is Jessalynn Siwa, she has a dance studio in Omaha where JoJo already as a little girl learned to dance.


'Dance Moms' season 7 renewal, cast: Show facing cancellation after JoJo Siwa exit?
According to reports, the incident after JoJo is A No-Show led Siwa and her mother to leave the show altogether. Even the upcoming season 6 episodes won't feature the mother and daughter. Siwa is one of the fan favorites of the show.


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I LOVE my fans!!! I love ALL my fans!!! I'm never mean to any of my fans, I love them all! Of course sometimes I get annoyed at a fan because they are rude or annoying to me, but I never get mad at them and hide my annoyance to myself! I LOVE ALL MY FANS! YOU ARE ALL AWESOME!


'Dance Moms' season 7 renewal, cast: Show facing cancellation after JoJo Siwa exit?
Although Dance Moms season 7 is already in production, there are still rumors about Lifetime pulling the plug on the show. It is becoming more and more likely that JoJo Siwa will be leaving the show especially in the latest episode Dance Moms season 6 titled JoJo is A No-Show, where Siwa ditched a performance.


JoJo Siwa
Joelle Joanie JoJo Siwa is a 13-year old dancer that featured in Season 2 of Abby's Ultimate Dance Competition. She placed 5th. JoJo Siwa was born into a dance family. Her mother, Jessalynn, owns a dance studio and danced her whole life. JoJo's favorite style of dance to watch and perform is hip hop but she also likes to perform jazz, and musical theatre. Her specialties are jazz, contemporary, and lyrical and she has been dancing for seven years. If she doesn't become a professional dancer, she would love to become a dance teacher.


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Jay Sean's real name is ( KAMALJEET SINGH JOOTI) He names himself Jay Sean because (Jay) as in his last name Jhooti since it starts from a J. (Sean) because his grandma usedâ¦ to call him (Shaan) 4 people found this useful.


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JoJo Siwa. This is the latest accepted revision, reviewed on 19 April 2017. Joelle Joanie Siwa (born May 19, 2003), also known as JoJo Siwa or JoJo with the Big Bow is an American dancer, singer, actress, and YouTuber. 1 Career.


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Whats Rihanna's real name? Birth Name  Robyn Rihanna Fenty   Nicknames  RiRi   Caribbean Queen   The Barbados Babe   Thunder Thighs   The Alien Princess   Hopefully these â¦help! :D some people might say her  names Rihanna, but it's really Robyn.


Clouds Rest
Clouds Rest. Another popular day hike in Yosemite is a roughly 15 mile round trip hike to the top of Clouds Rest. The views from on top of this 9,926â² peak rival that of the more popular Half Dome. Trail Map. Tags: 2002, Yosemite.


Clouds Rest
Starting at Happy Isles (4,105') in Yosemite Valley hike up 6.7 miles on the JMT before branching left (north) on to the trail up Clouds Rest's South Slope and Southwest Ridge, reaching the summit in another 2.7 miles.


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The spine of Cloudâs Rest varies from about 10 to 20 feet in width with a 4,000â² drop-off into Tenaya Canyon on your right and a slightly less severe 2,000â² drop-off into Sunrise Creekâs canyon on your left. Thereâs no trail to speak of, but the direction is clear, and the rock-hopping is easy enough.


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Leaving the west end of Tenaya Lake, the trail winds its way through forests and rocks before it starts the steep (at times stair step) climb. Make sure you have plenty of water for the whole route because the only reliable water source is a lake at 3.1 miles. At higher elevations the forest is less dense and much dryer with views of distant peaks.


Clouds Rest
Join Our Newsletter (Optional) The hike to Clouds Rest in Yosemite National Park is a fun day out and leads to one of the best viewpoints in all of Yosemite. Albeit one of the more difficult trails, itâs one of the best in the whole park. Getting there.


Clouds Rest
Clouds Rest, a massive granite formation just northeast of Half Dome in Yosemite Valley, is one of the defining hikes in Yosemite National Park (YNP). For casual visitors, it ranks with Half Dome and North Dome as one of the most recommended hikes in the valley and for viewing the valley.


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This tendency is no different with Yosemite National Parkâs signature landmark, Half Dome. Every year, up to 225 people per day â limited only by a permit system â attempt to summit the top of the dome by way of a notoriously sketchy cable system after a monstrously steep and crowded hike.


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This sparkling lake is a destination in its own right, and casual hikers often follow a popular trail along the banks of the lake. Skirt the southern base of the lake past the lakeâs outlet and then make a sharp bend to the right to join the Cloudâs Rest Trail.


Hike Clouds Rest to Half Dome
Hike Clouds Rest to Half Dome. Starting in Yosemite's High Country, this trail will take you to the top of Clouds Rest (10,000ft) and to the top of Half Dome (9,000ft). Along the way you will get 360 degree views of never ending granite, hike through high elevation forests, and cool off as you pass the Merced River on the Mist Trail.


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Hike out and back on the Clouds Rest Trail with Kris Gruca. Hiked to summit in the morning, returned to car by 2 pm. Hike out and back on the Clouds Rest Trail. Hiked to summit in the morning, returned to car by 1 pm.


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The Battle of Gettysburg is probably the most famous battle of the American Civil War. The Battle of Gettysburg was fought between July 1st and July 3rd 1863 near the town of Gettysburg in Pennsylvania. So many men from both sides died that it took some months to remove the bodies from the battlefield.


How did the Battle of Gettysburg effect the outcome of the Civil War?
It was the furthest North that Confederate forces invaded. If the Union had lost, the Confederates would have been able to march on Washington DC fairly well unopposed. The losses of men and material crippled the South for the remainder of the war. The Union was well equipped to replace any materials that were lost and were in a better position to replace troops, aKHSgdfnjabds.


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The battle of Gettysburg is considered to be the turning point of the Civil War because, prior to this battle, the South had been beating the North relentlessly. Gettysburg waâ¦s a victory to the North and Southern morale was damaged by the battle more than by any other before it.


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By July 2nd, both armies had fully assembled at Gettysburg. Meade decided after his armyâs mauling on the previous day that a defensive approach was appropriate and set up his army accordingly to the south of Gettysburg. Meade built up three major defensive positions at Culp Hill, Cemetery Hill and Cemetery Ridge.


What were the effects of Gettysburg?
One of the effects of Gettysburg was that the south was ultimately defeated. Another effect was that the Union morale was boosted and the southern morale was weakened unlike the usual which is the opposite. Another effect of Gettysburg was the Gettysburg address. 2 people found this useful.


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The Battle of Gettysburg (local /ËÉ¡Étáµ»sbÉËrÉ¡/, with an /s/ sound) was fought July 1â3, 1863, in and around the town of Gettysburg, Pennsylvania, by Union and Confederate forces during the American Civil War. The battle involved the largest number of casualties of the entire war and is often described as the war's turning point.


What was the long-term impact of the Battle of Gettysburg on the Civil War?
Answer Wiki. At Gettysburg, the South hoped to shift the general battleground and begin the end phase of the war. Until that point almost all of the battles had taken place in the South, and the South had won almost all of them. Indeed, the Army of Virginia (Southern forces under Lee) was at it's peak of strength and prowess. So, beginning at the time of Gettysburg, they wanted to make more battles happen in the North.


How Landlord-Tenant Law Applies to Housemates
Special detailed rules relating to how you treat and account for a security deposit, for example, do not apply to you. However, it is still a good idea to carefully account for your tenantâs security deposit. Also, Maineâs laws that prohibit discrimination donât all apply to you, but some of them do.


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Renting a Home A lease or rental agreement is a contract. Your rights and duties and your landlord's rights and duties are explained in the contract. If you do not have a written contract, your landlord's duties and your rights are limited. NEVER rent a house or an apartment without a written lease.


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If there is anything in the lease agreement that you do not understand, ask a lawyer what it means before you sign. â¢ Assignment â when you let someone take over the rest of your lease for you. â¢ Covenants â promises that you and your landlord make in the lease agreement. For example, you promise to pay rent.


How Landlord-Tenant Law Applies to Housemates
How Landlord-Tenant Law Applies to Housemates. When you open your home to a housemate who will pay you money in return for the right to live there, you become a landlord. Your housemate is your tenant. This means that you will need to follow certain Maine laws that apply to rental property.


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2012/12/17 8 annual utility list, the landlord does not have to present copies of the actual underlying bills to the tenant even if the tenant offers to pay for these, but it is sufficient if the landlord allows the tenant to look at the original bills in his presence (BGH NJW 2006, 1419).


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g. Example: The landlord sends a demand for a rent increase. If the demand for the rent increase is received on June 2nd, the tenant may consider the demand until August 31st. Upon lack of expressed consent, the landlord has until November 30th to bring a lawsuit against the tenant on this issue.


lease
A lease states use of the property for a specific period of time, for specific payments (like rent), and other terms and conditions. â¢ Premises â the home that you are renting may be referred to as the premises or property. â¢ Quiet Enjoyment â your right to use and enjoy the home without interference.


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- if the landlord has obtained a judgment against the tenant for his/her agreement to a rent increased, the landlord has to give the tenant two months to comply with it before he can base his termination notice on the tenantâs non-payment of rent due IAW Â§ 543 para. 2 No. 3 BGB.


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If an insolvency procedure is opened before the rental period starts, the rental agreement between the landlord and the tenant may become unenforceable contrary to the wording of Â§ 108 InsO. However, in such a case the tenant has a claim for damages due to a breach of contract (BGH NJW 2007, 3715).


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However, if the defect arises during the lease, the tenantâs continued rent payment may forfeit his/her rights to seek damages or reimbursement or an extraordinary termination, provided the landlord had reason to believe the tenant would not worry about the defect (Â§ 536c BGB, BGH NJW 2007, 147).


Credit Cards with Balance Transfers | An Expert Guide
Balance transfer cards can help you lower your overall credit card interest and allow you pay down your credit card debt faster. Below our experts explain what's what, and give you helpful tips on how to evaluate balance transfer offers.


What Is A Balance Transfer: How It Works, Credit Score Impact, Fees & More
When you transfer a balance to a credit card, that cardâs issuer pays off your debt obligation with the original lender, be it another credit card company, a credit union, or a loan servicer.


What Is A Balance Transfer: How It Works, Credit Score Impact, Fees & More
All major credit card companies allow you to transfer credit card debt to a new credit card account, according to CardHubâs Balance Transfer Policy Report. Certain issuers also allow the transfer of auto loans, student loans, small business loans, payday loans, HELOCs, and mortgages.


How To Buy Bitcoin In Ua
Credit card balance transfers may charge a balance transfer feeâusually 3% to 5% of transferred debt. You may be able to find a 0% intro balance transfer rate with no balance transfer fee for a limited period.


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Port of Kwangyang (Korea (South)) first Container Tracking The tracking system allows us to define the current position of the container on the world map (Google Map) and determine the port and the time spent in port of congestion.


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Closest Airport to Kwangyang. The closest airport to Kwangyang is Yeosu Airport (RSU). Distance from Yeosu Airport to Kwangyang is 15,0 kilometers (9,3 miles). Yeosu Airport. Yeosu Airport is located approximately 9,9 kilometers (6,1 miles) northwest of Yeosu and about 15,0 kilometers (9,3 miles) south of Kwangyang.


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The closest airport to Kwangyang is Yeosu Airport (RSU). Distance from Yeosu Airport to Kwangyang is 15,0 kilometers (9,3 miles). Yeosu Airport is located approximately 9,9 kilometers (6,1 miles) northwest of Yeosu and about 15,0 kilometers (9,3 miles) south of Kwangyang. Yeosu Airport IATA code is RSU.


POSCO
POSCO (formerly Pohang Iron and Steel Company) is a multinational steel-making company headquartered in Pohang, South Korea. It had an output of 42 million tonnes of crude steel in 2015, making it the world's fourth-largest steelmaker by this measure.


POSCO
Also, in 2012, it was named as the 146th world's largest corporations by the Fortune global 500. POSCO currently operates two integrated steel mills in South Korea, in Pohang and Gwangyang. In addition, POSCO operates a joint venture with U.S. Steel, USS-POSCO, which is located in Pittsburg, California, United States.


KWANGYANG 9 - General Cargo Ship
What is the ship's current position? Where is the ship located? KWANGYANG 9 current position is 30.98533 N / 122.6285 E on Jan 31, 2017 at 00:00 UTC. Vessel KWANGYANG 9 (IMO: 9126106, MMSI: 441383000) is a general cargo ship built in 1995 and currently sailing under the flag of Korea. KWANGYANG 9 has 80m length overall and beam of 15m. Her gross tonnage is 2780 tons.


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Founded in August of 2005, SeaRates is a trusted community marketplace for people to send goods around the world. The SeaRates.com helps to arrange the international cargo delivery from 1mÂ³ or 50 kg till shiploads.


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1 US Bureau of Labor Statistics for current US inflation rate. 2  Robert Shiller and his book Irrational Exuberance for historic US inflation rates..


Historical Inflation Rate
The Inflation rate is calculated from the Consumer Price Index (CPI-U) which is compiled by the U.S. Bureau of Labor Statistics and is based upon a 1982-84 Base of 100.


Historical Inflation Rates: 1914-2018
Historical Inflation Rates: 1914-2015. The table of historical inflation rates displays monthly and annual rates from 1914-2015. Rates of inflation are calculated using the current Consumer Price Index published monthly by the Bureau of Labor Statistics (BLS). This data was last updated on August 19, 2015 and covers up to July 2015. The next update is set to happen on September 16, 2015. It will provide historical inflation rates through to August 2015. A chart of current inflation rates is available for the last decade.


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Inflation is the term used to describe the increase in prices of consumer goods or services. As time progresses, so does the value of a dollar relative to what it is able to purchase. For example, many years ago a bottled soda would have cost about five cents, whereas today it costs over a dollar.


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This stipulates the amount of growth that an investment must produce in order to compensate for the rising price of goods and services over a certain period. It is also frequently used to determine cost of living raises for many jobs. To understand what this means, it is first important to understand what inflation is.


Historical Inflation Rate
The table below provides the Historical U.S. Inflation Rate data from 1914 to the Present. For a smaller table with just the inflation rate data since the year 2000, see the Current Inflation page.


Historical Inflation Rate
Return to Top of Table. A CPI of 195 indicates 95% inflation since 1982*, the commonly quoted inflation rate of say 3% is actually the change in the Consumer Price Index from a year earlier. The Annual on this table is the Average of the individual Inflation rates for that year.


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Many financial professionals use the average rate of inflation in order to calculate the return requirements for investment opportunities.


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1.52%. Inflation rate based on 12-month change in CPI. Data courtesy the US Bureau of Labor Statistics and Robert Shiller. 1  US Bureau of Labor Statistics for current US inflation rate. 2  Robert Shiller and his book Irrational Exuberance for historic US inflation rates..


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This is known as deflation. But, it does increase a majority of the time although not at a steady pace. Therefore, it is useful to have an average by which to estimate yearly growth needed in income from a job or investments. The average rate typically used is 3 to 4 percent. Therefore, if the beginning amount was $60,000, the following year it would be $61,800 to $62,400 if growing at the average rate of inflation.


The Largest Cave in the World, Complete With Its Own River, Jungle, and Climate
But known caves of any size in that part of the world usually have some kind of shrine inside. But SÆ¡n ÄoÃ²ng has no shrine, no statues, pre-historic cave paintingsâ nothing. That isnât to say however that the cave isnât a jaw-dropping work of art in itselfâ¦. (c) National Geographic.


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The cave is home to huge limestone formations. Son Doong Cave, located in Vietnam, is one of the largest caves in the world. The cave is formed mostly from limestone. The Son Doong Cave is large enough to house a virgin jungle, growing more than 650 feet below the surface of the Earth.


Go Inside Son Doong, The Worldâs Largest Cave. Itâs Magnificent.
The recently discovered cave has been touted as the largest in the world, although other caves vie for the title of longest (Mammoth Cave in Brownsville, Kentucky nabs that title with about 400 miles of passageways) and deepest (Krubera Cave in the nation of Georgia).


Drone Captures Jaw-Dropping Footage Inside Hang Son Doong, The Worldâs Largest Cave
Drone Captures Jaw-Dropping Footage Inside Hang Son Doong, The World's Largest Cave. Hang Son Doong in Vietnam is the largest cave in the world. It's more than 5.5 miles long, comes complete with its own jungle and river and is so gargantuan that it could apparently hold an entire block of 40-story skyscrapers within its walls.


10 Famous Underground Caves in the World
The Eisriesenwelt (German for âWorld of the Ice Giantsâ) is largest ice cave in the world, extending more than 42km (26 miles). The cave is inside the Hochkogel mountain in the Tennengebirge section of the Alps in Austria. Eisriesenwelt was formed by a river, which eroded passageways into the mountain.


Drone Footage Of The Largest Cave On Earth
Drone Footage Of The Largest Cave On Earth. Hang Son Doong in Vietnam holds the distinction of being the world's largest cave. Travel photographer Ryan Deboodt captured its splendor both by foot and by air. Via Laughing Squid.


Go Inside Son Doong, The Worldâs Largest Cave. Itâs Magnificent.
The Son Doong Cave in Vietnam is the biggest cave in the world. It's over 5.5 miles long, has a jungle and river, and could fit a 40-story skyscraper within its walls. But nobody knew any of that until about six years ago.


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Gold Conversion Calculator. Calculator for converting gold amounts between weight and volume equivalent measurements from ounces of gold into grams, carats, pennyweights, kilograms.


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Automatic gold converter for weight vs. volume and gold equivalent measures conversion from troy ounce oz t, grams g, carats - gold purity kt - mass ct, ounces oz, pennyweight dwt, Asian precious metals in tael, mace and candareen, pounds lb, kilograms kg, cubic centimeter cc, cm3 of gold, of gold, cubic inch cu in, in3, cubic foot of gold cu ft, ft3, cubic yard cu yd, yd3, cubic meter m3, spheres, gold wire or rod gauges 18, 24, 4 AWG, tonne Metric (SI International Standards), short ton ...


How much does a standard bar of gold weigh?
There is no 'standard' bar of gold. Bars come in a range of weights, starting from 1 gram to 1000 grams generally. I have handled the following bars: 1 gram, 2 grams, 5 grams, 10 grams, 11.664 grams (1 tola).


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Pure 24k gold amounts calculator. Automatic gold converter for weight vs. volume and gold equivalent measures conversion from troy ounce oz t, grams g, carats - gold purity kt - mass ct, ounces oz, pennyweight dwt, Asian precious metals in tael, mace and candareen, pounds lb, kilograms kg, cubic centimeter cc, cm3 of gold, of gold, cubic inch cu in, in3, cubic foot of gold cu ft, ft3, cubic yard cu yd, yd3, cubic meter m3, spheres, gold wire or rod gauges 18, 24, 4 AWG, tonne Metric (SI ...


How much does a standard bar of gold weigh?
That depends on its volume. Size of a standard gold bar: 7 inches x 3 and 5/8 inches x 1 and 3/4 inches. Weight of a standard gold bar: approximately 400 ounces or 27.5 pounds..


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In a sense of density, calculate above how heavy are volume amounts of gold. This automatic gold weights versus volumes conversion calculator is calibrated using the precise 19.282g/cm3 gold density (calculated at room temperature level).


How much does a standard bar of gold weigh?
The âstandardâ for a bar of gold is actually a range of weights, averaging around 400 ounces (troy ounces: 12 per pound). At any rate, one standard bar of gold is roughly the size of a small brick and weighs pretty close to 30 pounds. But you can buy âbarsâ of gold in a multitude of âstandardâ sizes, really. Which size can you afford? is probably a better question.


How much does a standard bar of gold weigh?
The standard gold bar which banks across various countries deal = 438.9 ounces = 12.4 kgs by weight. An picturesque representation of gold reserves held by different countries (taken from internet All the Gold in the World - Visualized in Bullion Bars).


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From carats ( ct gemstones mass ), karat ( kt - k purity of gold ), troy ounces oz t, troy pounds lb tr, grams g, kilograms kg, milligrams mg, pennyweights dwt, ounces oz and pounds lb net weight., cubic inches in3, cu in, in^3 of gold, cubic feet ft3, ft^3, cu ft, cubic meters m3, m^3, cubic centimeters cc - cm3, cm^3 of gold mass, cubic yards cu ...


How much does a standard bar of gold weigh?
Standard gold bars should weigh approximately 400 troy ounces. However, refiners are not required to have a bar that weighâs exactly 400 ounces, the logistics of that process would weigh heavily on the refiner. Instead, you have a specified range, gold bars can range from 350 ounces to 430 troy


Observatories Across the Electromagnetic Spectrum
Visible-light observatories in space avoid the turbulence of the Earth's atmosphere. In addition, they can observe a somewhat wider portion of the electromagnetic spectrum, in particular ultraviolet light that is absorbed by the Earth's atmosphere.


Star Light, Star Bright Teacher Page: Science Background
Electromagnetic radiation, or light, is a form of energy. Visible light is a narrow range of wavelengths of the electromagnetic spectrum. By measuring the wavelength or frequency of light coming from objects in the universe, we can learn something about their nature.


Observatories Across the Electromagnetic Spectrum
Observatories Across the Electromagnetic Spectrum. Astronomers use a number of telescopes sensitive to different parts of the electromagnetic spectrum to study objects in space. Even though all light is fundamentally the same thing, the way that astronomers observe light depends on the portion of the spectrum they wish to study.


The 7 Major Regions of the Electromagnetic Spectrum
This lesson will walk you through each of the major regions of the electromagnetic spectrum. Explore the unique characteristics of X-rays, microwaves, radio waves, UV rays, infrared, gamma rays, and of course, visible light.


The 7 Major Regions of the Electromagnetic Spectrum
Infrared radiation is the next region on the electromagnetic spectrum. We call it infrared because it's just 'below' the red part of the visible spectrum. It spans from frequencies of about 300 gigahertz to about 400 terahertz. This is the same as a range of wavelengths from one millimeter to 750 nanometers.


Star Light, Star Bright Teacher Page: Science Background
Gamma rays have the shortest wavelengths, < 0.001 nm (about the size of an atomic nucleus). This is the highest frequency and most energetic region of the electromagnetic spectrum. Gamma rays can result from nuclear reactions taking place in objects such as pulsars, quasars, and black holes. X-rays range in wavelength from 0.001 - 10 nm (about the size of an atom).


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Gamma rays, visible light, and radio waves are all forms of electromagnetic waves. The electromagnetic spectrum begins with the lowest frequency radio waves, then moves up in frequency and down in wavelength. After radio waves come microwaves, followed by infrared radiation, and visible light.


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Scrotal swelling. Scrotal swelling is abnormal enlargement of the scrotum. This is the name for the sac surrounding the testicles. Considerations. Scrotal swelling can occur in males at any age. The swelling can be on one or both sides, and there may be pain. The testicles and penis may or may not be involved.


Scrotal swelling
Scrotal swelling is abnormal enlargement of the scrotum. This is the name for the sac surrounding the testicles. Scrotal swelling can occur in males at any age. The swelling can be on one or both sides, and there may be pain. The testicles and penis may or may not be involved. In testicular torsion, the testicle becomes twisted in the scrotum and loses its blood supply. It is a serious emergency.


Scrotum
Human Anatomy Â» Body Systems Â» Male Reproductive System Â» Scrotum. Scrotum is a dual-chambered protuberance of skin and muscle, which contains the testes, epididymis and lower end of the spermatic cords. It can be considered as an outpouching of the lower part of anterior abdominal wall containing the above structures. It is divided into two segments by a central septum.


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Looking for Signs of an Inguinal Hernia. 1  1. Look in the mirror for signs of a hernia. Remove all clothing below your waist and look in the mirror. 2  2. Check if the hernia can be pushed back. Feel if the hernia is reducible, or can be pushed back into place. 3  3. Get a medical examination.


How to Recognize an Inguinal Hernia
If you have an inguinal hernia, one of the first things you may notice is a bulge in your abdomen or groin. This bulge may be the intestine or its contents pushing through muscles in your abdomen. Inguinal hernias are usually simple for doctors to diagnose and surgery is the primary treatment.


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If you think you have a hernia in these areas, it is likely one of these: Indirect inguinal hernia: This type is a congenital (birth) defect that causes the intestine and/or lining of the intestine to pass through the area where a man's testicles descended before birth.


Scrotal Swelling
Your son's scrotum is the sac that holds the two testicles. Scrotal swelling is a common problem seen in young boys and baby boys. It can have many causes. These are usually divided into painless and painful scrotal swelling.


Scrotum
What are you looking for? Scrotum. Scrotum, in the male reproductive system, a thin external sac of skin that is divided into two compartments; each compartment contains one of the two testes, the glands that produce sperm, and one of the epididymides, where the sperm is stored. The scrotum is a unique anatomical feature of humans and certain other species of land-dwelling mammals.


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Most term-limits laws were passed in. the early 1990s, and the first to take effect were. Californiaâs and Maineâs, in 1996. Presently, 11 state. legislatures are operating under term limits, and limits. will kick in over the next seven years in an additional. five legislatures.


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In all, voters in. 21 states approved legislative term limits. However, the limits have either been repealed by legislatures. (in Idaho and Utah) or thrown out by state courts (in. Massachusetts, Oregon, Washington and Wyoming) in six states, leaving 15 with term limits currently on. the books. Twelve state legislatures presently oper-. ate under term limits, and limits in the remaining. three will kick in between 2006 and 2010.


The Term-Limited States
Before 2012, California's limits were six years in the assembly and eight years in the senate. (d) In Arkansas in 2014 a ballot measure changed term limits so that a legislator may serve a total of 16 years in the legislautre during his or her lifetime. Before 2014, limits weresix years in the House and eight years in the Senate.


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View PowerPoint Template. Summarize the attempts to impose term limits on Senators and Representatives. Under the Constitution, members of the United States Senate may serve an unlimited number of six-year terms and members of the House of Representatives may serve an unlimited number of two-year terms.


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1 In the 1990s, reformers put congressional term limits on the ballot and the main Republican Party platform was to pass legislation setting term limits in Congress.  A proposed amendment limited members of the Senate to two six-year terms and members of the House to six two-year terms. The amendment was never passed.


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STATE LEGISLATIVE BRANCH. The Council of State Governments 111. The term limits movement of the 1990s may have. run out of steam on the ballot, but the limits enacted. between 1990 and 2000 certainly continue to have. an impact in legislatures around the country.


The Term-Limited States
Chart of Term Limits States. The Term-Limited States. The following table represents the 15 states that currently have term limits for legislators. They are ordered by the year of term limits' impact--the first year in which incumbents who were serving when the term limits measure was passed are no longer eligible to run for re-election.


The Term-Limited States
At the bottom of the page is a table of states that had term limits in the past but no longer do (due to legislative or court action). (a) Because of special elections, term limits were effective in 2000 for eight current members of the House and one Senator in 1998.


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Congressional Terms and Term Limits. Under the Constitution, members of the United States Senate may serve an unlimited number of six-year terms and members of the House of Representatives may serve an unlimited number of two-year terms.


The Rise and Fall of Labor Unions In The U.S.
The following is a summary of the research conducted over the past three years by Joint Project. on Term Limits. The project is a cooperative effort by the National Conference of State Legislatures, the Council of State Governments, the State Legislative Leaders Foundation and a group of. legislative scholars.


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Cook. I have several cute ceramic cookie molds that you use to bake in. They take a special dough that can stand up to being released from the molds. This recipe came in a cookie book that came with one of the molds. The serving size depends on your molds. I will put 12 for the purpose of this recipe.


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How To Pour A Mold. Pouring slip in a plaster of Paris mold is called slip casting and is a widespread ceramic technique that is used for making multiples of a ceramic piece. Pottery Videos.