Identifying Rocks and Minerals
Identifying rocks is less critical in some ways than identifying minerals. A dense, gray mineral is either galena or it isn't. On the other hand, sandstone can grade into siltstone, limestone into dolostone, gabbro into diorite. If a rock is on the borderline between two types, it's usually not all that critical where you place it. The Three Great Rock Families. Suspect a rock is of a given type if it has one or more of these characteristics: Sedimentary. Has obvious stratification; Very soft (easily scratched by a knife) Obviously made of particles cemented together


Using Characteristics of Minerals to Identify Them
Color should be considered when identifying a mineral, but should never be used as the major identifying characteristic. Streak Streak is the color of the powdered mineral, which is usually more useful for identification than the color of the whole mineral sample.


Properties of Minerals
Properties of Minerals A Detailed Description. Color. Most minerals have a distinctive color that can be used for identification. In opaque minerals, the color tends to be more consistent, so learning the colors associated with these minerals can be very helpful in identification. Translucent to transparent minerals have a much more varied degree of color due to the presence of trace minerals. Therefore, color alone is not reliable as a single identifying characteristic.


High School Earth Science/Identification of Minerals
Imagine you were given a mineral sample similar to the one shown in Figure 3.12. How would you try to identify your mineral? If you were a mineralogist, you would use certain properties to identify the mineral.


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What property is least useful in identifying a mineral? Color is least useful in identifying a mineral because the color can vary in each form of the mineral. The most useful way to identify a mineral is streak. Color is the least â¦ useful


Properties of Minerals
With such a precise chemical analysis in hand, geologists on Earth had no problem identifying the minerals. Figure 1: The small spheres in this picture were dubbed âberriesâ by geologists who first saw them.


High School Earth Science/Identification of Minerals
The color of the streak often differs from the color of the larger mineral sample, as Figure 3.14 shows. If you did a streak test on the yellow-gold pyrite, you would see a blackish streak. This blackish streak tells you that the mineral is not gold because gold has a gold-colored streak.


Why color of the mineral is not good diagnostic feature to identify minerals?
Only a few minerals are 'always' a certain color. Many minerals may occur in several colors, so color - while one of the describable characteristics of a mineral, is rarely a good diagnostic characteristic. Color can sometimes rule OUT the possibility that your unknown mineral is some certain mineral, but it can rarely positively identify it.


John Wallis Biography
Not all of Wallis' discoveries were valid, as shown by the rare example of an attempt to analyze Euclid's fifth postulate in 1663 that turned out to be a trivial proof. Wallis was born on November 23, 1616, to John and Joanna...


A Short Account of the History of Mathematics
September 01, 2017. W.W. Rouse Ball, John Wallis, A Short Account of the History of Mathematics, Lit2Go Edition, (1908), accessed September 01, 2017, . John Wallis was born at Ashford on November 22, 1616, and died at Oxford on October 28, 1703.


John Wallis
John Wallis was born circa 1836, at birth place, to John Wallis and Mary Wallis. John had 4 siblings: Richard Wallis and 3 other siblings. John lived in 1851, at address.


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John Wallis Among the leading English mathematicians contemporary to Isaac Newton was John Wallis (November 23, 1616 â October 28, 1703). He deserves at least partial credit for the development of modern calculus. Mathematician, logician, grammarian, skilled linguist, and Divine, Wallis wrote brilliantly and voluminously, demonstrating a genius for mathematics. His work would be more esteemed had it not


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The Mathematical Work of John Wallis (1616-1703), 1938, BY: Joseph F. Scott. Author of books: Arithmetica Infinitorum (1655, mathematics) Mathesis Universalis (1657, mathematics) Tractatus de Sectionibus Conicis (1659, mathematics) Mechanica, sive Tractatus de Motu (1669â71, mathematics, 3 parts) Treatise on Algebra (1685, mathematics)


John Wallis
So that, in all Probability, here is a great Deduction to be made from the many hundred Years, in which we were to have understood that the Art of Decyphering had been in being before Dr. Wallis was born. John Davys, An Essay on the Art of Decyphering (1737)


Who is John Wallis?
John Wallis was born on November 23, 1616 and died on October 28, 1703. John Wallis would have been 86 years old at the time of death or 398 years old today. Edit


John Wallis
Version for printing. John Wallis's father was the Reverend John Wallis who had become a minister in Ashford in 1602. He was a highly respected man known widely in the area. The Reverend Wallis married Joanna Chapman, who was his second wife, in 1612 and John was the third of their five children. When young John was about six years old his father died. John went to school in Ashford but an outbreak of the plague in the area led to his mother to decide that it would be best for him to move away.


John Wallis
...John Wallis was born in Ashford, Kent, the third of five children of Reverend John Wallis and Joanna Chapman. He was initially educated at a local Ashford school, but moved to James Movat's school in Tenterden in 1625 following an outbreak of plague.


John Wallis
John Wallis (/ Ë w É l Éª s, Ë w ÉË l Éª s /; 3 December 1616 â 8 November 1703) was an English clergyman and mathematician who is given partial credit for the development of infinitesimal calculus. Between 1643 and 1689 he served as chief cryptographer for Parliament and, later, the royal court.


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Requires thorough knowledge of fundraising and general management methods within non-profit field. Responsible for the strategic development and management of... 30+ days ago - save job - more...


What Are the Most Important Goals of a Fundraising Coordinator?
A fundraising coordinator, also known as a development director, has many responsibilities that range from planning to execution to monitoring and tracking of events and activities. Some fundraisers specialize, working for multiple clients on special projects.


What Are the Most Important Goals of a Fundraising Coordinator?
A fundraising coordinator, also known as a development director, has many responsibilities that range from planning to execution to monitoring and tracking of events and activities. Some fundraisers ...


Who is Responsible for the Board Doing a Good Job?
Let's look at the possible combinations of strong/weak boards and CEOs. First let's take the situation where there's an engaged board with strong board members working with a strong executive director/CEO. In such an instance, the question of who is responsible may not even get asked. Shared responsibility comes naturally.


What Are the Most Important Goals of a Fundraising Coordinator?
A fundraising coordinator might be a low-level position that simply executes the plans of a development director or fundraising manager, who she assists. All three titles are sometimes used to refer to the main person responsible for a nonprofit organizationâs revenue development. Goal Setting. One of the most important functions of a fundraising coordinator is to help an organization determine what money it is likely to raise during the year.


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44 Fundraising jobs available in Memphis, TN on Indeed.com. Development Director, Entry Level Recruiter, Vice President of Business Development and more!


What Are the Most Important Goals of a Fundraising Coordinator?
Fundraising Titles. People who raise funds for organizations hold a variety of titles, depending on whether they are the head of a department or a staff member. The highest title is often development director, which includes management, public relations, staff training, strategic planning and fundraising duties.


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Overview ALSAC exists to raise funds and awareness for St. Jude Childrenâs Research Hospital. Our staff is dynamic and diverse. Our skills are different, our...


What Are the Most Important Goals of a Fundraising Coordinator?
All three titles are sometimes used to refer to the main person responsible for a nonprofit organizationâs revenue development. Goal Setting One of the most important functions of a fundraising coordinator is to help an organization determine what money it is likely to raise during the year.


Who is Responsible for the Board Doing a Good Job?
Who is Responsible for the Board Doing a Good Job? By Jan Masaoka Board CafÃ© 39 Comments Despite the importance of the nonprofit board, there's strikingly little clarity about who is responsible for its performance. The answer in this Board Cafe article might surprise you: Who is responsible for the board's doing its job? And a related question: who's responsible for improving a board that's asleep, weak, or gone amok? One answer might be: the board is responsible for the board! Or possibly, it's the board chair who is responsible for the board. Or sometimes: it's both. We agree with Peter Drucker: The responsibility for the board's effective work -- both governance and support -- is ultimately the responsibility of the executive director.


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A: A cell makes a copy of its DNA before mitosis occurs so there is a set of DNA for the daughter cell after mitosis has occurred. Because each cell needs its own set of DNA, there must be two sets of DNA present in a cell before it divides into two.


Why must DNA replication occur before Cell division? ?
Replicate For Cell Division. yes the DNA replication always happens before cell division. it has to go through all of the phases and then reaches cytokinesis which is the cleavage of the membrane and then cuts in half. if the DNA failed to divide then you would have cells with trisomy monomy or disomy. cells with more DNA and the others with less. which develops into things like Down Syndrome etc...


Biology book1
Despite differences between prokaryotes and eukaryotes, there are several common features in their cell division processes. Replication of the DNA must occur. Segregation of the original and its replica follow. Cytokinesis ends the cell division process. Whether the cell was eukaryotic or prokaryotic, these basic events must occur. Cytokinesis is the process where one cell splits off from its sister cell. It usually occurs after cell division. The Cell Cycle is the sequence of growth, DNA replication, growth and cell division that all cells go through. Beginning after cytokinesis, the daughter cells are quite small and low on ATP. They acquire ATP and increase in size during the G1 phase of Interphase.


Why must DNA replication occur before Cell division? ?
Best Answer: So that all newly produced cells have all the DNA of the original cell (except gametes of course). If DNA did not replicate (make exact copies) then new cells would not receive all the chromosomes and genes necessary for life processes. Each new cell would only have half the needed chromosome. If it could survive each successive generation of cells would have fewer chromosomes and of course after a few divisions cells would receive none at all.


What is the Cell Cycle?
Cell cycle. The cell cycle or cell-division cycle is the series of events that take place in a cell leading to its division and duplication of its DNA (DNA replication) to produce two daughter cells. In bacteria, which lack a cell nucleus, the cell cycle is divided into the B, C, and D periods. The B period extends from the end of cell division to the beginning of DNA replication. DNA replication occurs during the C period.


Cell cycle
Before a cell can enter cell division, it needs to take in nutrients. All of the preparations are done during interphase. Interphase is a series of changes that takes place in a newly formed cell and its nucleus, before it becomes capable of division again. It is also called preparatory phase or intermitosis.


Why Does a Cell Make a Copy of Its DNA Before Mitosis Occurs?
When a new cell is created, it must have the same library of genetic information all other cells in the body have access to. Because all the material in the new cell must come from the first cell, the original cell must make a copy of its DNA before completing the process of mitosis.


Why Does a Cell Make a Copy of Its DNA Before Mitosis Occurs?
Quick Answer. A cell makes a copy of its DNA before mitosis occurs so there is a set of DNA for the daughter cell after mitosis has occurred. Because each cell needs its own set of DNA, there must be two sets of DNA present in a cell before it divides into two. Continue Reading


How Much Does A Corporate Tax Return Cost?
Filing a corporate tax return can often be very expensive. According to the National Society of Accountants, the average cost for the average cost paid to certified public accountants to file a corporate tax return averages is just over $800 per return.


How Much Does it Cost to Have Your Taxes Done?
97 Comments. The cost to file income taxes can fall anywhere between zero dollars â as in you do your taxes yourself and file for free â and several hundred dollars, with an average cost of $273 for using a tax preparer, less if you donât itemize ($159), according to the most recent data available from the National Society of Accountants.


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Accounting services are typically $250 to $400 per month, or $350 to $500 per quarter. Sales tax and bank recs included. We do all the processing, filing and tax deposits. 5 employees, bi-weekly payroll, direct deposit, $135 per month.


How Much Does it Cost to Have Your Taxes Done?
It costs nothing to use the IRS resources and file your returns on its website, though some do-it-yourselfers do incur costs by buying books and other reference materials to help them understand their tax situation. However, the public library system is a good resource instead of buying these types of books.


What is the average cost of a CPA for a small business?
Keep good books, recipts, expenditures, all your tax filings in a file cabinet in good order in case you are audited. The cost depends on how successful your business is and how much work your CPA has to do. I keep my over-head low and thus pay $350/cdn to my CGA. This fee rotates because at least in Canada I can also claim paying my CGA.


Tax Returns Cost
If your income is less than $50,000, you may qualify for Free File , a partnership between the IRS and the Free File Alliance, which should let you e-file your taxes for free. Software, such as Intuit's TurboTax, typically costs between $20-$90, depending on the complexity of your returns and whether you need to complete a state return. During the past two years, retail discounts during February and March have been common. An online version, Web TurboTax, is also available.


How to find an accountant to do your tax return â and what you should pay
Guardian Money contacted firms around the UK, and were typically quoted Â£150 to Â£200 for a basic self-assessment service, more in London. You can claim the cost of your accountant's fees â for preparing your tax return, for example â as a tax deduction. If your needs are relatively simple, and you're happy using email and post rather than seeing someone in person, then the online services are worth trying.


Blackbeard: History of the Dreaded Pirate
By April 1718, the pirates were off the Turneffe Islands in the Bay of Honduras. It was there that Blackbeard captured the sloop Adventure, forcing the sloop's captain, David Herriot, to join him. Sailing east once again, the pirates passed near the Cayman Islands and captured a Spanish sloop off Cuba that they also added to their flotilla. Blackbeard Terrorizes Charleston, 1718 Turning north, they sailed through the Bahamas and proceeded up the North American coast.


Blackbeard
Spotswood arranged for a party of soldiers and sailors to capture the pirate, which they did on 22 November 1718 following a ferocious battle. Teach and several of his crew were killed by a small force of sailors led by Lieutenant Robert Maynard.


Blackbeard
The name of Blackbeard has been attached to many local attractions, such as Charleston's Blackbeard's Cove. His name and persona have also featured heavily in literature.


Blackbeard
Parallels have also been drawn between Johnson's Blackbeard and the character of Captain Jack Sparrow in the 2003 adventure film, Pirates of the Caribbean: The Curse of the Black Pearl. Blackbeard is also portrayed as a central character in two recent TV series. In the short lived Crossbones (2014) he is played by John Malkovich.


Blackbeard: History of the Dreaded Pirate
Soon after leaving Charleston, Blackbeard's fleet attempted to enter Old Topsail Inlet in North Carolina, now known as Beaufort Inlet. During that attempt, Queen Anne's Revenge and the sloop Adventure grounded on the ocean bar and were abandoned.


Blackbeard
Edward Teach or Edward Thatch (c. 1680 â 22 November 1718), better known as Blackbeard, was a notorious English pirate who operated around the West Indies and the eastern coast of Britain's North American colonies. Although little is known about his early life, he was probably born in Bristol, England.


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Learn about Blackbeard's fragmented past, including the story of how the Queen Anne's Revenge, formerly a slave ship, came into the pirate's possession. Skip to main content


Blackbeard: History of the Dreaded Pirate
A Queen in the Caribbean. Late in the fall of 1717, the pirates made their way to the eastern Caribbean. It was here, off the island of Martinique, that Blackbeard and his fellow pirates captured the French slaveship La Concorde -- a vessel he would keep as his flagship and rename Queen Anne's Revenge.


Blackbeard
Little is known about Blackbeard's early life. It is commonly believed that at the time of his death he was between 35 and 40 years old and thus born in about 1680. In contemporary records his name is most often given as Blackbeard, Edward Thatch or Edward Teach; the latter is most often used today.


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From old Spanish coins to shark teeth to beach glass to seashells, every beach has treasures to make it special. The beach's treasures might even be the gorgeous views or spectacular sunsets! We at Beach Treasures and Treasure Beaches love to explore, and we would be thrilled if you would join us on our treasure hunts.


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Posted in Beach Treasures - Beachcombing, Seashells | Tagged: Atlantic Kittenpaw, beachcombing, Kittten's Paws, Plicatula gibbosa, Sanibel Island Florida seashells | 4 Comments Â» The Common American Auger


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1 Like us on Facebook! 2  Copyright Notice The contents of this site are copyright Beach Treasures And Treasure Beaches.com and may not be copied or used without written permission from the Beach Treasures And Treasure Beaches staff.


Posts Tagged âSanibel Island Florida seashellsâ
Posted in Beach Treasures - Beachcombing, Seashells | Tagged: banded tulips, beachcombing, beachcombing on Texas Gulf Coast, Fasciolaria lilium, Fasciolaria lilium hunteria, Florida banded tulips, Sanibel Island Florida seashells, shelling on Sanibel Island Florida | 1 Comment Â»


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One Shell of a Find! 1  Home. 2  Welcome! 3  Submission Guidelines. 4  Questions and Requests. 5  Lifeâs a Beach! 6  Beach Treasures in Your In-Box Subscribe to Beach Treasures and Treasure Beaches by Email, for treasure updates and beach news.


Posts Tagged âSanibel Island Florida seashellsâ
Ranging from Virginia to the Caribbean, these little, intricately whorled shells are abundant year round on the beaches of Floridaâs Gulf Coast. We found the seashells pictured here on the sandy shores of Sanibel Island, Florida.


Posts Tagged âSanibel Island Florida seashellsâ
Posted in A Treasure of a Beach (Best Beaches), Beach Treasures - Beachcombing, Gulf of Mexico Beaches, Seashells | Tagged: beachcombing, best Florida Gulf Coast shelling, Neverita duplicata, Sanibel Island Florida seashells, Shark Eyes | 4 Comments Â»


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The shells are the trapdoor or operculum of turban shells of the genus Turbor. They protect the animal when it recedes into the shell. Some have diameters in excess of 4 cm. Coral and seashells, including cat's eyes, and the ocean sand that they produce are composed principally of calcium carbonate, CaCO3. Incidentally, limestone and marble are geological products of sand on the floors of ancient oceans, which have been transformed by time, heat and pressure.


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You can find cat's eyes if you study beach dynamics and the understand the fluid dynamic behavior of these shells. First of all, the beaches much be coral sand beaches. This type of sand is composed of pulverized coral and seashells.


Posts Tagged âSanibel Island Florida seashellsâ
The lightning whelk is a relatively common seashell which is native to the Atlantic coast of the United States from North Carolina to Florida and along the Gulf of Mexico to Texas. This predatory sea snail can be found in the sand from the near low tide line to water about 10 feet deep.


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There are three major factors involved in the division of land and population into the above mentioned parts - geographical, political/administrative and cultural/ethnic. GEOGRAPHICAL.


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exists and is an alternate of . There are three kinds of answers: ones that are mostly right, ones that are mostly wrong, and those that once were right but now are wrong. The world ocean, which is divided into separate oceans and seas by the land masses.


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14.1 The Vast World Ocean â¢ The Pacific Ocean is the largest and has the greatest depth. â¢ The Atlantic Ocean is about half the size of the Pacific and not quite Geography of the Oceans â¢ The Arctic Ocean is about 7 percent of the size of the Pacific. as deep. â¢ The Indian Ocean, largely a southern hemisphere body, is slightly smaller than the Atlantic.


IGCSE Plate Tectonics and GCSE Plate Tectonics
Answers.comÂ® is making the world better one answer at a time. the earth is divided into 4 pieces the earth is divided into 4 pieces.


World Ocean
Farther north, the Atlantic opens into the Arctic Ocean, which is connected to the Pacific by the Bering Strait: The Southern Ocean is the ocean surrounding Antarctica, generally the ocean south of sixty degrees south latitude. Parts of the Southern Ocean are covered in sea ice, the extent of which varies according to the season. The Southern Ocean is the second smallest of the five named oceans.


Continent
In the accompanying book Cosmographiae Introductio, WaldseemÃ¼ller noted that the earth is divided into four parts, Europe, Asia, Africa and the fourth part, which he named America after Amerigo Vespucci's first name. On the map, the word America was placed on part of South America. The word continent


Continent
Earth's major landmasses all have coasts on a single, continuous World Ocean, which is divided into a number of principal oceanic components by the continents and various geographic criteria. Extent


Continent
In the accompanying book Cosmographiae Introductio, WaldseemÃ¼ller noted that the earth is divided into four parts, Europe, Asia, Africa and the fourth part which he named America after Amerigo Vespucci's first name. On the map, the word America was placed on part of South America. The word continent


How is the world divided into continents, countries, states, districts, and so on?
There are three major factors involved in the division of land and population into the above mentioned parts - geographical, political/administrative and cultural/ethnic. GEOGRAPHICAL Continents/Subcontinents Continents, if you notice, are basically huge landmasses separated by some major geographical feature from the other landmasses.


Oceania
Oceania has traditionally been divided into four parts: Australasia (Australia and New Zealand), Melanesia, Micronesia, and Polynesia. As recently as 33,000 years ago no human beings lived in the region, except in Australasia.


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Source: Browns hire ex-Steelers OC Todd Haley to run offense Lonzo Ball expects to return in Lakers' first game after All-Star break Players who need a change of scenery on every NFL team


Source: Browns hire ex-Steelers OC Todd Haley to run offense
Jackson had served as the team's offensive coordinator in his two seasons as head coach, overseeing the youngest roster in the league. Under Jackson, the Browns have won one of 32 games, going winless in 2017.


Source: Browns hire ex-Steelers OC Todd Haley to run offense
The Browns have hired former Steelers offensive coordinator Todd Haley to run the Cleveland offense under coach Hue Jackson, a source told ESPN's Adam Schefter. Haley will be the team's playcaller, a role Jackson has served in his first two years with the Browns. Haley's contract was not renewed by the Steelers after a 45-42 playoff loss to the?


Source: Browns hire ex-Steelers OC Todd Haley to run offense
With Haley overseeing the offense and Gregg Williams on defense, Jackson now has two experienced NFL coaches and coordinators. Information from ESPN's Pat McManamon was used in this report. 0 Shares


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Steelers News: Can Todd Haley keep all the offensive stars happy? New, 52 comments The Pittsburgh Steelers have all their weapons back in 2017, but can they all remain happy?


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Todd Haley better get the this offense in order, and fast. If they cannot achieve the necessary production with the weapons they possess. If this team continues to fall short of that magical 30-point barrier they were supposed to hit each game theyâve played this season, there can only be one man who shoulders that responsibility.


Todd Haley will make Pittsburgh Steelers' offense better
New offensive coordinator Todd Haley should help point the Steelers' attack in the right direction. The installation of Todd Haley as the Pittsburgh Steelers' offensive coordinator has concerned some about the philosophical approach of coach Mike Tomlin's squad. However, I believe Haley will make the offense more balanced and dangerous in 2012. Here are three reasons why: The Steelers will re-establish a dominant running game.


Steelers News: Can Todd Haley keep all the offensive stars happy?
This will come down to decisions made by Ben Roethlisberger and Todd Haley, but should this even be a talking point? The answer is no, but then again, here we are talking about it. Time to get you caught up with all the Black-and-gold news swirling around the walls of BTSC. Todd Haley's hardest job might be keeping his stars happy ...Offensive coordinator Todd Haley knows Bell wants to be involved early. But he also has a quarterback, star receiver and others to keep happy.


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Some questioned the wisdom of bringing Todd Haley in to run the Steelers' offense, but Bucky Brooks writes that he'll help return Pittsburgh to its hard-running roots.


Steelers News: Can Todd Haley keep all the offensive stars happy?
Todd Haley's hardest job might be keeping his stars happy...Offensive coordinator Todd Haley knows Bell wants to be involved early. But he also has a quarterback, star receiver and others to keep happy. Itâs a delicate balance for a play-caller. âItâs a fine line,â Haley said.


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it down the drain. 3. BF25/BF30: Wipe the magnet end of the oil drain plug on a clean shop towel and check for metal particles. There will be a small amount of very fine metal shavings, which is acceptable. If there are metal chips on the magnet end of the oil drain plug, have the outboard motor checked by an authorized Honda Marine dealer. 4.


1988 Yamaha Lower Unit Drain Plug Thread Size 130HP
Re: 1988 Yamaha Lower Unit Drain Plug Thread Size 130HP I understand, but what fit my Yamaha 250 does not fit my Yamaha 130, makes no sense. I'll have to take a closer look as it starts to thread and stops hard, perhaps a burr or something even though drain plug goes in out smoothly.


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By starting your own thread, you will receive the maximum number of views by forum members. 1  Below are some additional forum policies in hopes of all iboats members will follow, Thank you. 2  Below are some additional forum policies in hopes of all iboats members will follow, Thank you.


1988 Yamaha Lower Unit Drain Plug Thread Size 130HP
Re: 1988 Yamaha Lower Unit Drain Plug Thread Size 130HP nope. both are 8mm. both use the same plug and gasket. you have to buy the adapter that fits between the pump and a yamaha. most of the pumps have a 3/8ths thread.


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Install the oil level plug and a new O -ring or sealing washer in the oil level hole and tighten. 6. Remove the oil pump/oil bottle and quickly install the oil drain plug with a new O-ring or sealing washer. A slight amount of gear oil will be lost when installing the plug. This is normal. 7. Tighten the oil drain plug and oil check plug securely.


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Place a suitable container below the oil drain hole to. catch the used oil. Remove the oil drain plug first, and. then remove the oil level plug. Note: Be sure to use the proper tool when removing. the oil drain and oil level plugs. If a normal screwdriver. will not loosen the plugs, an impact driver should be. used.


1988 Yamaha Lower Unit Drain Plug Thread Size 130HP
Re: 1988 Yamaha Lower Unit Drain Plug Thread Size 130HP. could be some one has heli-coiled one of the motors and used a differnt plug. the top and bottom plugs on both engines share the same gasket and thread size, or they did when they left Japan. no tech questions by PM, they wont get answered.


1988 Yamaha Lower Unit Drain Plug Thread Size 130HP
1988 Yamaha Lower Unit Drain Plug Thread Size 130HP May 16th, 2005, 03:52 AM. I bought the pump kit for my Yamaha 250 (1997) to pump in the lower unit oil. Now I have a 1988 Yamaha 130 and the screw in fitting to attach the plastic hose to does not fit.


1988 Yamaha Lower Unit Drain Plug Thread Size 130HP
Re: 1988 Yamaha Lower Unit Drain Plug Thread Size 130HP could be some one has heli-coiled one of the motors and used a differnt plug. the top and bottom plugs on both engines share the same gasket and thread size, or they did when they left Japan.


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Remove the oil drain plug first, and then remove the oil level plug. Note: Be sure to use the proper tool when removing the oil drain and oil level plugs. If a normal screwdriver will not loosen the plugs, an impact driver should be used. The screwdriver blade should be a minimum of 10 mm x 1.5 mm to prevent damage to the drain and level plugs. Some plugs may have a Phillips head. Use a #3 Phillips bit, not a #2. 2. Allow the used oil to drain completely.


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Other large communities in Argentina are Koreans, Chinese and Iranians. 1  Share on Facebook. 2  Share on Twitter. 3  Share on LinkedIn. 4  Send. 5  Print.


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The official language is Spanish. Here is a list of other languages spoken in Argentina: 1. Abipon. 2. Argentine Sign Language. 3. Aymara, Central.


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Spanish is the official language spoken in Argentina. However,  there are many other languages spoken in Argentina. These include  Italian, Arabic, German, French, Wichi, Ayâ¦mara, and Catalan.


Language
However, differences in the Spanish spoken in the different Spanish speaking countries are not that great that communication becomes a problem. Whether from Argentina, Ecuador, Mexico or Spain, everybody understands each other. Though it may come as a surprise to some, Argentina is home to more languages besides Spanish. These languages can be divided in two groups. The first group exists of the indigenous languages spoken in different regions of the country. In the south this is among others Mapuche, Quechua in the Andean Northwest and Toba and Guarani in the Northeast.


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Several languages are spoken in Argentina besides Spanish. They are English, Portuguese, Italian, French, and even some German is spoken. Spanish. Spanish is the official language spoken in Argentina. However, there are many other languages spoken in Argentina. These include Italian, Arabic, German, French, Wichi, Aymara, and Catalan.


What language do they speak in Argentina?
The official language is Spanish (Argintianian variant of Spanish). But many national languages existe there too. ChiripÃ¡, Chorote, GuaranÃ, Mapudungun, MocovÃ, Quechua, Quichua, Toba, WichÃ LhamtÃ©s Vejoz and some other...


Demographics of Mexico
They speak 40 languages, although the common one is Spanish. 2 of them are extinct, and others are endangered. Russian. They Speak Spanish people from Argentina speak spanish The main language is Spanish. Argentinians speak Spanish. The official language of Argentina is Spanish. Spanish Argentinians speak Spanish. The Argentines speak Spanish. Argentina does not have an official language legislated. Spanish is the de facto official language. Spanish Most Argentinians speak Spanish. There a few Welsh speakers. The official language of the nation of Argentina is Spanish. Argentina has a population of almost 42 million most of which speak Spanish. There are so many languages that are used in Argentina. However, the official language that is used all over the country is Spanish. Spanish. No. The main, and official, language of Argentina is Spanish.


Language
Argentina - Language. The official language spoken in Argentina is Spanish (EspaÃ±ol, not Castellano). The Spanish spoken in Argentina distinguishes itself from Spanish spoken in the other Spanish speaking countries in several aspects.


What language do they speak in Argentina?
Castilian, it's spoken with different Emphasis on the vowels. Example= Hispanics say bebe (baby) castilians say (bebÃ©) also it's spoken with an almost song like way. Unlike Hispanics which speak it flat. Spaniards speak it with a lisp. Argentinians and most of Uruguay speak it without a lisp.


What language do they speak in Argentina?
The official language of Argentina is Spanish, usually called castellano (Castilian) by Argentines.. Also spoken : GuaranÃ, Quechua, Aymara, German, Welsh, English, Brazilian Portuguese, French, Chinese, Korean ... Language Of Argentina. Spanish is the main language there. But many other languages are spoken there. You have some small indigenous languages. Plus around the borders there's Portuguese. After Spanish and Portuguese the largest language is Welsh! In Patagonia Welsh is the most spoken language apart from Spanish, and there are Welsh schools out there. German, English and French are also spoken by a few people in Argentina. ronaldinhollew Â· 9 years ago


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NYS Department of State Division of Licensing Services Notary Public License Law / Page 7. $3 affix to any certificate of proof or acknowledgment or oath signed by. such notary anywhere in the State of New York, a certificate under his. hand and seal, stating that a commission or a certificate of his official.


Notary public (United States)
_____ A formal declaration before a notary by a public person signing a document that the execution of the document is his /her free act and deed. _____ A written statement of facts made voluntarily and confirmed by the oath or affirmation of the party making it before an officer authorized to administer oaths (like a notary public.)


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will provide a partial basis to grant or deny your request to be commissioned. You may consult the Notary Public Handbook or other reference materials to assist you in answering these questions. 1. You are asked to notarize a document, what steps would you take? 2. A Notary Public commissioned in the State of Maine may


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Section C: Must be signed in the presence of a Maine Notary Public. I, ________________________________________________, do solemnly (swear) (affirm), under penalty of perjury, that the answers on this application are true and complete to the best of my knowledge, and that I, PERSONALLY, have.


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NYS Department of State Division of Licensing Services Notary Public License Law / Page 5 Professional Conduct Use of the office of notary in other than the specific, step-by-step


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Section C: Must be signed in the presence of a Maine Notary Public. I, _____, do solemnly (swear) (affirm), under penalty of perjury, that the answers on this application are true and complete to the best of my knowledge, and that I, PERSONALLY, have


State Quarantine and Isolation Statutes
Executive Law Â§130. Appointment of notaries public. 1. The Secretary of State may appoint and commission as many notaries public for the State of New York as in his or her judgment may be deemed best, whose jurisdiction shall be co-extensive with the boundaries of the state. The appointment of a notary public shall be for a term of 4 years. An application for an appointment as notary public shall be in form and set forth such matters as the Secretary of State shall prescribe. Every person appointed as notary public must, at the time of his or her


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of _________________________________________________am an adult resident of the State of New Hampshire who is at least 18 years old, (Town/City of Legal Residence in New Hampshire) and request re-appointment to the office of NOTARY PUBLIC in and for the STATE OF MAINE. Section A. Please provide complete information. Home Address (physical location - street or road, city/town and zip code): _____ _____


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A person regularly admitted to practice as an attorney and counselor. in the courts of record of this state, whose office for the practice of law is. within the State, may be appointed a notary public and retain his office as. such notary public although he resides in or removes to an adjoining state.


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to the notary by the laws under which the notary was appointed. A notary public is cautioned not to execute an acknowledgment of the execution of a will. Such acknowledgment cannot be deemed equivalent to an attestation clause accompanying a will. (See definition of Attestation Clause) Appointment and Qualifications Index Law Sec Subject Executive Law 130 Appointment of Notaries Public


Abilify Side Effects
Side Effects. Drug information provided by: Micromedex. Along with its needed effects, a medicine may cause some unwanted effects. Although not all of these side effects may occur, if they do occur they may need medical attention. Check with your doctor immediately if any of the following side effects occur: More common. Shakiness in the legs, arms, hands, or feet trembling or shaking of the hands or feet Less common. Fast, irregular, pounding, or racing heartbeat or pulse Rare. Cough difficulty breathing difficulty with swallowing hives or welts hoarseness


VENTOLIN HFA
Do not use VENTOLIN HFA if you are allergic to albuterol sulfate or any of the ingredients in. VENTOLIN HFA. See the full Patient Information Leaflet for a complete list of ingredients in VENTOLIN HFA.


Albuterol Side Effects in Children
Albuterol works by relaxing the bronchial muscles of the airways. It is often taken via an inhaler and begins working within just a few minutes of inhalation. It carries the risk of significant potential side effects in children, though many of the effects are much less common when albuterol is taken via inhaler. Video of the Day


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Incidence not known. 1  Bad, unusual, or unpleasant (after) taste. 2  change in taste. 3  feeling of constant movement of self or surroundings. 4  gagging. 5  rough, scratchy sound to voice. 6  sensation of spinning. 7  tightness in the throat.


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Less common. 1  Dizziness. 2  feeling of warmth. 3  irritability. 4  nausea. 5  redness of the face, neck, arms, and occasionally, upper chest. 6  sleeplessness. 7  trouble with holding or releasing urine. 8  trouble sleeping. 9  unable to sleep.


VENTOLIN HFA
VENTOLIN HFA can cause serious side effects, including: worsening trouble breathing, coughing, and wheezing (paradoxical bronchospasm). heart problems, including faster heart rate and higher blood pressure. possible death in people with asthma who use too much VENTOLIN HFA. serious allergic reactions.


Risk And Side Effects
Risk And Side Effects. This is not all the safety information about VENTOLIN HFA. This information does not replace talking with your healthcare provider about your medical condition or treatment. Please see the Patient Information for more information, or ask your healthcare provider or pharmacist.


Albuterol Side Effects in Children
The most common nervous system side effect is headache, which is experienced in about 7 percent of patients. Digestive System-related Side Effects. Nausea is a common side effect, affecting as many as 10 percent of people taking albuterol.


Albuterol Side Effects in Children
The most common nervous system side effect is headache, which is experienced in about 7 percent of patients. Digestive System-related Side Effects Nausea is a common side effect, affecting as many as 10 percent of people taking albuterol. A strange, metallic taste in the mouth is also a potential effect that albuterol may have on a child's digestive system.


Letrozole Side Effects
Also, your health care professional may be able to tell you about ways to prevent or reduce some of these side effects. Check with your health care professional if any of the following side effects continue or are bothersome or if you have any questions about them: Less common. Dizziness feeling of warmth irritability nausea


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Get information on the LG Tribute LS660 for Virgin Mobile. Find pictures, reviews and technical specifications for this Smartphone with 4.5 display. Get information on the LG Tribute LS660 for Virgin Mobile. Find pictures, reviews and technical specifications for this Smartphone with 4.5 display. To properly experience our LG.com website, you will need to use an alternate browser or upgrade to a newer version of internet Explorer (IE9 or greater).


LG Tribute Repair
The LG Tribute LS660 was released in October of 2014. This device runs on the Android operating system, and it is sold through Virgin Mobile. Key features of the LG Tribute include Sprint enhanced Lg LTE network, 1.2 GHz Quad Core Processor, Vivid 4.5 IPS display, 5MP camera with LED flash, and 1 GB of RAM.


Samsung Jitterbug Plus
The LG Tribute HD currently has an Informr score of 5 out of 10. This score is based on our evaluation of 1 sources including reviews from users and the web's most trusted critics. Android


Kyocera HYDRO REACH User Manual
System Settings 115 Shortcut Key 115 Date & Time 115 Accessibility 115 Activate This Device 117 System Updates 117 About Phone 118 FOR ASSISTANCE 119 Virgin Mobile Account Information and Help 119 Manage Your Account 119 Top-Up Your Account 119 INDEX 121


Kyocera HYDRO REACH User Manual
The following options are available: LG Tribute: Checkmark to allow other Bluetooth devices to see your phone for pairing and connection. This name changes if you change the name for the device. Note: Your phone is visible for up to 2 minutes.


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System Updates 155 Apps 155 Backup & Reset 156 About Phone 157 GETTING HELP 158 For Assistance 159 Troubleshooting 159 Sprint Account Information and Help 160 Sprint Account Passwords 160 Manage Your Account 161 Sprint Support Services 161 Anti-Theft Guide 162 Copyright Information 163 INDEX 164


System Upgrade 7.0 Nougat for LG Tribute
Comments. 1  Everything work perfect, thank you. 2  I like the wifi app, it makes download faster and easy to use. 3  Good stuff here, it is the best by far. 4  This is a good source and many will find it very helpful. 5  Thank you this extremely helpful! 6  Thanks for the update.


LG Tribute 2 Repair Services
LG Tribute 2 Screen Repairs. The screen on the LG Tribute 2 smartphone offers a 66.2% screen-to-body ratio as well as 480Ã854 resolution. This phone runs the Android 5.1 Lollipop operating system, and it has an 8-MP primary camera. As impressive as the LG Tribute 2 is, however, it is just as prone to screen damage as any other smartphone.


LG Tribute 5 - Specifications
Operating system Operating system is the system software, which manages and controls the functioning of the hardware components of the device. Operating system (OS) Information about the operating system used by the device as well as its version.


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Wi-Fi. To turn Connections Optimizer off at any time, tap > touch and hold > System settings > More... > Mobile networks > Connections Optimizer and uncheck the box. See Connections Optimizer for details. 1.


Who Is The Mortgagor In A Mortgage Transaction?
The mortgagee gives the loan to mortgagor, who is homeowner borrowerthe transaction consists of two main documents mortgage (or deed trust) and a promissory note 12 mar 2014 thus, in transaction, would take title property, thereby becoming, case first mortgagee, legal involves transfer an interest land as security for or other obligation.


The Difference Between Mortgagor & Mortgagee
Rather, a mortgagee is an entity receiving a security interest on a home loan in the form of a mortgage from a borrower. Mortgagee In real estate, mortgagees are entities that lend money to borrowers who want to purchase real property like a home.


Who Is The Mortgagor In A Mortgage Transaction?
The borrower in a mortgage transaction the is called by conditional sale and mortgagee provided that no such shall be mortgagor an individual or business entity providing security lien to real typical loan transaction, they are same person lender.


Who Is The Mortgagor In A Mortgage Transaction?
By granting the lender an interest in property, which allows it to lend funds with accurate assessment of risk, mortgagor provides a guarantee for full repayment loan mortgage is security real property held by as debt, borrower, known mortgagor, gives lender, mortgagee. The difference between mortgagor & mortgagee sf investopediamortgagor definition.


The Difference Between Mortgagor & Mortgagee
For example, a bank that loans money to a borrower to purchase a home would expect a security interest in return. The security interest that lenders expect from borrowers is called a mortgage. When a mortgagee receives a mortgage from a borrower, there is a perceived decrease in the risk that a borrower won't pay the debt. Mortgagor A mortgage is the most common form of security interest given to lenders by borrowers who need money to purchase real property. Mortgagors are the borrowers who pay the mortgage to those lending them money to purchase things like a home. A mortgage isn't the loaning of money to purchase real property, which is why lenders aren't mortgagors. A mortgage is the actual debt instrument that's secured by collateral -- the mortgagor's new home.


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mortÂ·gaÂ·gor (mÃ´râ²gÄ-jÃ´râ², mÃ´râ²gÄ-jÉr) also mortÂ·gagÂ·er (mÃ´râ²gÄ-jÉr) n. One that mortgages property, usually the nominal owner entitled to use of the property. mortgagor (ËmÉËÉ¡ÉªdÊÉ; ËmÉËÉ¡ÉªËdÊÉË) or mortgager n (Law) property law a person who borrows money by mortgaging his or her property to the lender as security. mortâ¢gaâ¢gor or mortâ¢gagâ¢er (ËmÉr gÉ dÊÉr) n. a person who mortgages property. mortgagor a person who mortgages property or gives the property as security; the borrower in a mortgage transaction.


mortgagor
mortgagor - the person who gives a mortgage in return for money to be repaid; we became mortgagors when the bank accepted our mortgage and loaned us the money to buy our new home mortgager debitor, debtor - a person who owes a creditor; someone who has the obligation of paying a debt


The Difference Between Mortgagor & Mortgagee
A mortgage default is created whenever a mortgagor fails to repay the mortgagee for the money the mortgagee lent the mortgagor. For example, when a homeowner fails to repay his home loan, he's in default to his lender. In certain cases when a mortgagor defaults on his mortgage, the mortgagee can repossess the property and then sell it off.


Construction Studies Q1Home Info Substructure Superstructure Internal Construction Downloads Links Survey Blog
Construction Studies Q1. Click to View. When the chimney stack meets roof level, it is essential junction between the chimney stack and the roof is properly sealed to exclude moisture penetration. A DPC tray is built into the block work of the chimney to prevent moisture from soaking down through the block work.The back gutter is fitted to carry water from behind the chimney. It is installed to ensure that the lead flashing wraps around the tilting fillet and is overlapped by the roofing underlay. DPC tray is built into the block work of the chimney to prevent moisture from soaking down through the block work. The back gutter is fitted to carry water from behind the chimney. It is installed to ensure that the lead flashing wraps around the tilting fillet and is overlapped by the roofing underlay.


Chimney Flashings
Sides: The base flashing for the sides of the chimney is called a step flashing. Others call these soakers or baby tins. The step flashings typically are 3 inches wide, 3 inches tall (some recommend wider and taller, as much as 6 inches in each dimension) and about 9 inches long. cricket or saddle is typical on a chimney and is required by many authorities when the chimney width is more than 30 inches. The cricket or saddle is a peak that deflects water and snow around the chimney, preventing it from accumulating against the top side of the chimney.


Construction Studies Q1Home Info Substructure Superstructure Internal Construction Downloads Links Survey Blog
The lead gutter lining is then overlapped by the cover flashing of the chimney stack. The positioning and height requirements for a chimney ensure that a sufficient draw of air (or âpullâ) can be achieved. This will occur if the chimney is at least one meter higher than the highest point of contact with the roof. DPC tray is built into the block work of the chimney to prevent moisture from soaking down through the block work. The back gutter is fitted to carry water from behind the chimney. It is installed to ensure that the lead flashing wraps around the tilting fillet and is overlapped by the roofing underlay.


Chimney Flashings
Chimneys have a foundation, which may be independent from the house. In any case, the roof deck may move relative to the masonry chimney and good flashing details anticipate this. Good chimney flashings are two-part.The base flashings are secured to the deck and the cap flashing is secured to the masonry. cricket or saddle is typical on a chimney and is required by many authorities when the chimney width is more than 30 inches. The cricket or saddle is a peak that deflects water and snow around the chimney, preventing it from accumulating against the top side of the chimney.


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Once this state of affairs is reached it is very expensive to rectify. The following series of photographs illustrate the process of constructing a stack, including some detail on preparing the lead apron and flashings.Note. If a new build, your architect will have specified engineering bricks, if not, then ensure you use engineering bricks-do not use porous bricks.omplete filling the void around the liners with the vermiculite cement and level it with the top of the blocks. The liner has been cut to finish slightly above the blocks. A lead tray has been formed on a bench, a hole cut in the centre and a lip dresed up 50mm high.


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Complete filling the void around the liners with the vermiculite cement and level it with the top of the blocks. The liner has been cut to finish slightly above the blocks. A lead tray has been formed on a bench, a hole cut in the centre and a lip dresed up 50mm high.The tray has 3 coats of patination oil on both sides. The diameter of the finished upstand should fit it inside the chimney liner.omplete filling the void around the liners with the vermiculite cement and level it with the top of the blocks. The liner has been cut to finish slightly above the blocks. A lead tray has been formed on a bench, a hole cut in the centre and a lip dresed up 50mm high.


Installing Chimney Flashing
It's also a good time to install new flashing when you put on new shingles because you'll want it to last as long as the new roofing (25 to 40 years). In this article, we'll tell you how to order new flashing and install it on a brick chimney.Our roof has asphalt shingles, but the procedure is the same for wood shingles. Slate and tile roofs require special flashing techniques that are best left to the pros.Flashing a chimney is an advanced DIY project.t's also a good time to install new flashing when you put on new shingles because you'll want it to last as long as the new roofing (25 to 40 years). In this article, we'll tell you how to order new flashing and install it on a brick chimney.


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Stack Details. There are 3 options for the chimney stack: 1  675mm Rendered Block or Brick stack (3 bricks wide). 2  400mm Rendered Stack where a water proof render is applied directly to the chimney block.3  Pre-fabricated fibre cement stack which fits around the chimney block. 675mm Rendered Block or Brick stack (3 bricks wide). 2  400mm Rendered Stack where a water proof render is applied directly to the chimney block. 3  Pre-fabricated fibre cement stack which fits around the chimney block.


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Prime top surface of metal flashingwith M400 RubrPrime and install M60 RubrPoly flashing sheetsA 1â x 4â sheet metalgravel stop, 36â sq minadhered in place withM300 RubrMasticM60 RubrPolyflashing sheets A 30â sq min, 1 1/2 lb to 4 lb lead, or 16 oz copperflashing adhered onto finished roof with M300RubrMastic.his detail shall be installed only where the deck issupported by the outside wall.2. This detail may be adapted to roof edges as shown inInterior Roof Drain Detail FD01.3. Roof surfaces shall be sloped for positive drainage.4. Attach wood nailer to wall with suitable fasteners.5.


Chimney Flashings
Make sure there is a cricket if the chimney is 30 inches wide or more. If the chimney is narrow (less than 30 inches wide) and there is no cricket, make sure that the cap flashing on the top side of the chimney extends high enough up the chimney and up the roof. cricket or saddle is typical on a chimney and is required by many authorities when the chimney width is more than 30 inches. The cricket or saddle is a peak that deflects water and snow around the chimney, preventing it from accumulating against the top side of the chimney.


Solar System Facts: A Guide to Things Orbiting Our Sun
Astronomers are now hunting for a planet in the Kuiper Belt, a true ninth planet, after evidence of its existence was unveiled on Jan. 20, 2016. The so-called Planet Nine, as scientists are calling it, is about 10 times the mass of Earth and 5,000 times the mass of Pluto.


Astronomy Ch.14 - Solar System Debris
Long-period comets have very large orbits that carry them out tens of thousands of A.U. away from the Sun. Kepler's second law tells us that the comets spend most of their time at these great distances. Because the direction of the orbit and its inclination appear random, all this implies a vast cloud of cometary objects surrounding the solar system; i.e. the Oort Cloud.


Where are the big Kuiper belt objects?
Let's start at the left-hand side. On this particular diagram, planets, like Neptune, have nearly circular orbits (little change in range from the Sun) with low inclination. So Neptune's orbit makes a very short, thick, black slash near 30 AU. Kuiper belt objects usually have elliptical orbits with higher inclinations. More vertical loops indicate more circular orbits. Shorter loops indicate less-inclined orbits. The most up-and-down and least-tall of the loops are for Quaoar and Varuna. These are classical Kuiper belt objects, with nearly circular orbits ranging from 40-45 AU. They're doing their own thing, with, apparently, little influence from Neptune. All the other bodies on this diagram are in various orbital resonances with Neptune.


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Newsletter Sign Up. 1  Review: Inhumans is Marvel's first major misstep Review: Inhumans is Marvel's first major misstep. 2  The Lobster and 13 more of the best films on Netflix UK The Lobster and 13 more of the best films on Netflix UK.


Kuiper Belt Facts
The Kuiper Belt (also known as the Kuiper-Edgeworth Belt) is a disk-shaped region found in the outer solar system, past the orbit of Neptune. It extends from the orbit of Neptune at around 30 Astronomical Units (AU) out to around 50 AU from the Sun and contains hundreds of millions of small icy bodies that are thought to be left over material from the formation of the outer planets.


The Dwarf Planet Eris
Kuiper Belt and Oort . Cloud in relation to the solar system. 1 2 Artistâs concept of Haumea and its two small moons. A diagram showing solar system orbits. The highly tilted . orbit of Eris is in red. FOR MORE INFORMATION. solarsystem.nasa.gov/kuiper


What is the Kuiper Belt?
But even without being able to see it with his own eyes, Kuiper made a prediction. And it turned out to be right. Whatâs out there? There are bits of rock and ice, comets, and dwarf planets. Besides Pluto, two other interesting Kuiper Belt Objects are Eris and Haumea. Eris. Eris is a Kuiper Belt Object a little smaller than Pluto. It is so far away it takes 557 years to orbit the sun. Eris has a small moon named Dysnomia. Haumea. Another interesting Kuiper Belt Object is Haumea.


Kuiper belt
Using these parameters, KBOs are often found in three distinct orbital substructures. 1  Resonant objects: KBOs in mean motion resonance (MMR) with Neptune. An estimated 55,000 KBOs larger than 100 km (60 miles) in diameter orbit the Sun in an integer ratio of Neptune orbital periods.


Comets, the Kuiper Belt and the Oort Cloud
The short-period comets are thought to originate in the Kuiper Belt, an area outside Neptune's orbit (from about 30 to 50 AU) that has many icy comet-like objects. The long-period comets tend to have orbits that are randomly oriented, and not necessarily anywhere near the ecliptic. They are thought to originate in the Oort cloud.


Kuiper Belt objects point the way to Planet 9
What's more, their calculation showed that the odds of this being a chance occurrence were extremely low (they calculated a probability of 0.007%). The orbits of Neptune (magenta), Sedna (dark magenta), a series of Kuiper belt objects (cyan), and the hypothetical Planet 9 (orange). Credit: Caltech/R. Hurt (IPAC) Instead, they theorized that it was a distant eccentric planet that was responsible for maintaining the orbits of these KBOs.


Unusual Places Jared Leto and Other Stars Stash Their Oscars
Jared Leto won't be keeping his Oscar some place precious. The Oscar is sitting in my kitchen guarded by some vegan butter and a bag of popcorn, Leto, 42, told Entertainment Tonight Canada..


Richard Dreyfuss reveals why he keeps his Oscar in the fridge
Fridgeâ¦ where Richard Dreyfuss keeps his Oscar â Credit: Yahoo File. Some keep their Oscars in their study or their library, while others (Emma Thompson and Susan Sarandon among them) plump for the downstairs toilet.


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For older readers. 1  Tin Chemistry: Fundamentals, Frontiers, and Applications by Alwyn George Davies, Marcel Gielen, and Keith Pannell. 2  Chemistry of Tin (2nd edition) by P.J. Smith (ed). 3  Tin: Its Production and Marketing by William Robertson.


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On other sites. 1  Tin: Packed with interesting information, this is a longer introduction to tin from Wikipedia. 2  USGS Minerals: Tin Statistics and Information: Detailed and definitive information about world tin production and trends, though the emphasis is on tin use in the United States.


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What do we use tin for? Chart: Tin use in the United States in 2015. The US no longer mines or smelts any of the tin it uses. Roughly a third of US tin comes from Peru, with much of the rest coming from Indonesia, Bolivia, and Malaysia. Source: USGS Mineral Commodity Summaries: Tin, January 2017. Tin plating wasâand remainsâthe most important use of tin.


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For older readers. 1  Tin Chemistry: Fundamentals, Frontiers, and Applications by Alwyn George Davies, Marcel Gielen, and Keith Pannell. John Wiley and Sons, 2008. 2  Chemistry of Tin (2nd edition) by P.J. Smith (ed). Springer Science, 1998. 3  Tin: Its Production and Marketing by William Robertson. Taylor & Francis, 1982.


Tin
Most tin is produced from an ore (raw rocky mineral) called cassiterite, which is turned into tin by smelting. First, the ore is crushed to a powder and washed free of impurities before being heated with carbon (in the form of coal) and limestone in a giant furnace. Other metals, such as iron, copper and zinc, separate out. Molten tin sinks to the bottom of the furnace and is shaped into solid blocks known as ingots.


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Now, plastic, board, and composite containers and aluminum cans often do the job instead. Tin is also used to rustproof such things as paperclips, hair grips, and safety pins. Apart from tin plate, the next most important use for tin is the production of many different alloys, including bronze, solders of various kinds, babbitt metal, and pewter.


Tin
There are tin deposits right across the world, though most tin now comes from the southern hemisphereâand chiefly from south-east Asia. The most important producer countries are now China, Indonesia, Peru, Bolivia, and Brazil.


Bauxite
In 2009, Australia was the top producer of bauxite with almost one-third of the world's production, followed by China, Brazil, India, and Guinea. Although aluminium demand is rapidly increasing, known reserves of its bauxite ore are sufficient to meet the worldwide demands for aluminium for many centuries. Increased aluminium recycling, which has the advantage of lowering the cost in electric power in producing aluminium, will considerably extend the world's bauxite reserves.


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Negative Feedback Control of Blood Pressure Directions: Insert and install your Interactions: Foundations CD. a. Click the Contents button. b. Open the Homeostasis file. c. Click on Animations. d. Work through Negative Feedback Control of Blood Pressure. Introduction 1. Explain how high or low blood pressure affects capillary blood flow. A decrease in pressure would decrease pressure in the capillary and there fore reduce folw providing an inadequate amount of blood; high pressure may overstretch the capillary wall and cause bursting


Human Physiology/Homeostasis
The cardiovascular system also contains sensors to monitor blood pressure, called baroreceptors, that work by detecting how stretched a blood vessel is. This information is relayed to the Medulla Oblongata in the brain where action is taken to raise or lower blood pressure via the autonomic nervous system. Lymphatic System


Control of Blood Pressure
Blood pressure can be adjusted by producing changes in the following variables: 1  Cardiac output can be altered by changing stroke volume or heart rate. 2  Resistance to blood flow in the blood vessels is most often altered by changing the diameter of the vessels (vasodilation or vasoconstriction).


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in blood bressure. Imoulses are sent to the control center In the brain that interprets the inout and then sends impulses to decrease heart rate and dilate the blood vessels to restore blood pressure to normal levels thus maintaining homeostasis. Any inout that negates the original stimuls is called neagative feedback


How is my blood pressure normally regulated?
To control your blood pressure, your body must adjust how much blood is pumped through your heart. Your body must also adjust the amount of pressure in your blood vessels. How Your Brain Responds. When your blood pressure begins to fall too low, a signal is sent to your brain. Your brain responds by producing chemicals called neurotransmitters.


CONTROL SYSTEMS AND HOMEOSTASIS
Several passages through this system will lead to excessive decrease in blood pressure and death. This is a positive feedback system because all of the consequences tend to increase the effect of the hemorrhage in lowering blood pressure. Fig. 2-5. Schematic diagram of the negative feedback system that is activated by hemorrhage.


Hypothalamus
The hypothalamus is a portion of the brain that contains a number of small nuclei with a variety of functions. One of the most important functions of the hypothalamus is to link the nervous system to the endocrine system via the pituitary gland. The hypothalamus is located below the thalamus and is part of the limbic system. In the terminology of neuroanatomy, it forms the ventral part of the diencephalon. All vertebrate brains contain a hypothalamus. In humans, it is the size of an almond. The hypothalamus is responsible for the regulation of certain metabolic processes and other activities of the autonomic nervous system.


What organs regulates blood pressure?
It's a combination of several organs, the kidneys, adrenals, lungs, baroreceptors in the Aorta and carotid sinus, plus the hypothalamus and the medulla oblongatta.


Lipase: the Digestive Enzyme that Fights Major Diseases
Lipase is one of our most vital digestive enzymes. It can naturally help digestive disorders like celiac disease and conditions like cystic fibrosis. Lipase is one of our most vital digestive enzymes.


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The digestive system You need to be able to describe the position and function of these parts of the human digestive system: salivary glands â produce saliva that moistens food and contains carbohydrase enzymes stomach â produces hydrochloric acid and protease enzymes


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As soon as we place food in our mouth the digestive system starts to work by biting and chewing. Only one digestive enzyme, amylase (for starch), is present in the mouth. However, food is normally not in the mouth long enough to permit complete digestion and little nutrient absorption takes place in the mouth.


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Confidence votes 11.7K. 1  The mouth produces salivary amylase: breaks down carbohydrate (starch) 2  The stomach produces pepsin and trypsin, which are two types of proteases: break down proteins. 3  The pancreas and small intestine also make protease and lipase: digests fats into fatty acids and gycerol.


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Amylase, protease and lipase are proteins secreted by organs in the gastrointestinal tract to help in the. process of digestion. The pancreas produces the bulk of these proteins, while the glands that produce saliva in. the mouth also secrete amylase.


What Are the Functions of Amylase, Protease and Lipase Digestive Enzymes
Lipase. Lipase is an enzyme that breaks down dietary fats into smaller molecules called fatty acids and glycerol. A small amount of lipase, called gastric lipase, is made by cells in your stomach. This enzyme specifically digests butter fat in your food. The main source of lipase in your digestive tract is your pancreas, which makes pancreatic lipase that acts in your small intestine.


What Are the Functions of Amylase, Protease and Lipase Digestive Enzymes
What Are the Functions of Amylase, Protease and Lipase Digestive Enzymes. by Joanne Marie, Demand Media. Your digestive system breaks down nutrients you consume in food, converting them into small molecules. that your cells, tissues and organs use as fuel and for hundreds of metabolic functions.


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Honda's remanufactured transmission is a $2957 behemoth, with an additional $109 freight charge to ship which they pass on to the customer. The transmission case (core) of your existing transmission becomes Honda property with no credit given, even though it's a $1500 part. Then, they only guarantee the replacement for 3 years OR 36,000 MILES (!!!).


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So I do some more research and find that most transmission shops will rebuild a Honda transmission for around $2200-2400. In addition, there are third-party vendors that rebuild Honda transmissions and resell them for about the same price ($2400), but with a superior warranty to what Honda is offering.


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More on our long-term 2016 Honda Pilot here: 1  Arrival. 2  Update 1: How the SUV of the Year Finalist is Faring So Far. 3  Update 2: Hard Work and Long Hours. 4  Update 4: Unresolved Transmission Issues. 5  Update 5: Active Safety Tech and Getting the Details Right. 6  Verdict.


2017Honda Pilot
2016 Honda Pilot Elite Update 4: Unresolved Transmission Issues. In the last update, we provided a riveting play-by-play of how we diagnosed and confirmed a noise problem in our Pilotâs transmission, ultimately leading to a full replacement unit by our local Honda dealer, under warranty, at 21,428 miles.


2016 Honda Pilot Elite Update 3: We Replaced What Already?
Find out next update. More on our long-term 2016 Honda Pilot here: Arrival. Update 1: How the SUV of the Year Finalist is Faring So Far. Update 2: Hard Work and Long Hours. Update 4: Unresolved Transmission Issues. Update 5: Active Safety Tech and Getting the Details Right. Verdict.


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ANOTHER 2004 Pilot with transmission problem. This is my first experience with a Honda -- heard nothing but compliments about the reliability, low repair cost, excellent service, and high resale value of these vehicles. I purchased my 2004 Pilot used (I'm the second owner), taking care to find a vehicle with a clean Carfax and no major issues.


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Actually, transmisson failure in a Pilot is not common like it is on Honda's other V6 models. The 2004 Pilot transmission has a less than 1% (full red dot) owner reported problem rate in Consumer Reports Owner Reliability surveys. Comparatively, the MDX has full black dots for the problem years.


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Now that's more like it -- but you're still stuck with the labor cost, cost of filling the new tranny with Honda fluid, etc. Probably a $3000 bill anyway. My point in posting this here is that the very things that attracted me to this car (reliability, low repair cost, excellent service) all turned out to be FALSE.


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Nutritional Deficiencies and Crohnâs Disease
Many people with Crohnâs disease take sulfasalazine to treat their symptoms. However, this medication may affect the body's ability to metabolize folate, making folic acid supplements necessary. People who have extensive Crohn's disease of the jejunum, or middle section of the small intestine, may also need to supplement their folic acid intake.


Can Crohn's affect other organs in the body?
Prof Andrew Day Paediatric Gastroenterologist. Paediatric Gastroenterologist View Profile. Although we think of Crohn disease involving the gut, it can also involve a number of other organs outside the gut. The most common of these are the skin, the eyes, the joints and the liver. For instance, there are two main skin problems that can occur in people with Crohn disease: these are erythema nodosum and pyoderma gangrenosum. Not everyone with Crohn disease suffers from these conditions. Sometimes they can occur as the first feature of Crohn disease, but can be at anytime. Some of them will occur when they is active chnages in the gut (for instance, joint symptoms usually correspond with increased gut inflammation).


Nutritional Deficiencies and Crohnâs Disease
Medications: Certain medications used to treat Crohnâs disease, such as corticosteroids, may also affect the body's ability to absorb nutrients. Surgery: Some people whoâve had a portion of their small intestine surgically removed may simply have less of the intestine left to absorb food.


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The precise cause of Crohnâs disease is unknown. 1  There are, however, several established risk factors, including the following: 2  Family history (genetics) 3  Smoking. 4  Use of oral contraceptives. 5  Ethnicity. 6  Environment.


Crohn's disease - symptoms, diagnosis, treatment
Crohnâs disease is one of the two major types of inflammatory bowel disease (IBD), the other being ulcerative colitis. The main difference between the two conditions is that, whereas Crohnâs disease can affect any part of the digestive tract, ulcerative colitis affects only the large bowel and the rectum. Crohn's and ulcerative colitis are estimated to affect around 15,000 New Zealanders.


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Nutritional Deficiencies and Crohnâs Disease Medically reviewed by Natalie Butler, RD, LD on February 19, 2016 â Written by Michael Kerr on March 1, 2012 When people eat, most of the food is broken down in the stomach and absorbed in the small intestine.


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Typical symptoms in a person with Crohnâs disease are chronic diarrhoea and abdominal pain and tenderness. 1  Other Crohnâs disease symptoms include: 2  Rectal bleeding. 3  Fever. 4  Weight loss, and loss of appetite. 5  Nausea, vomiting. 6  Malnutrition, and vitamin deficiencies. 7  Tiredness, lethargy. 8  Bone loss (osteoporosis)


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Other Crohnâs disease symptoms include: 1  Rectal bleeding. 2  Fever. 3  Weight loss, and loss of appetite. 4  Nausea, vomiting. 5  Malnutrition, and vitamin deficiencies. 6  Tiredness, lethargy. 7  Bone loss (osteoporosis) 8  Depression, anxiety (associated with coping with the condition)


Crohn's disease - symptoms, diagnosis, treatment
Crohn's disease - symptoms, diagnosis, treatment. Crohnâs disease is a chronic (long-term) inflammatory disease of the bowel (intestines). It primarily affects the small and large bowel, but can occur anywhere in the digestive tract. The inflammation causes uncomfortable and bothersome symptoms and can result in severe damage to the digestive tract.


Nutritional Deficiencies and Crohnâs Disease
A number of factors related to Crohn's disease may contribute to malabsorption: Inflammation: Persistent, long-term inflammation of the small intestine in people with small bowel Crohn's disease often leads to damage of the intestinal lining. This can interfere with the organ's ability to absorb nutrients properly.


Ammonia & Liver Damage
If the liver is damaged and the cells can't remove ammonia from the blood, the ammonia stays in the blood and enters general circulation resulting in toxicity. Function of the Liver The liver located on the right side of the body at the base of the ribcage has four lobes.


Ammonia & Liver Damage
Ammonia Levels in the Body. Chemical reactions in the body release ammonia as a waste product and the liver turns it into a less toxic chemical called urea. The kidneys remove the urea from the body in the urine. According to the National Institutes of Health, the normal range of ammonia in the blood is between 15 and 45mcg/dL. Abnormal cell function in the liver means ammonia levels increase in the blood. Medical Treatment


Hyperammonemia
Hyperammonemia is a metabolic disturbance characterised by an excess of ammonia in the blood. It is a dangerous condition that may lead to brain injury and death. It may be primary or secondary. Ammonia is a substance that contains nitrogen. It is a product of the catabolism of protein. It is converted to the less toxic substance urea prior to excretion in urine by the kidneys. The metabolic pathways that synthesize urea involve reactions that start in the mitochondria and then move into the cyt


High Ammonia Levels in Blood
The liver then converts the ammonia into urea for excretion as waste. High levels of ammonia in the blood are dangerous and can cause symptoms such as confusion, sluggishness, and coma. High ammonia levels in the blood can result from acute liver failure.


High Ammonia Levels in Blood
Testing for High Ammonia Levels in the Blood According to Medline Plus, the test to measure your blood ammonia levels can be done using a simple venipuncture blood test. To get an accurate result, you may be asked by your doctor to fast overnight before the test.


Hyperammonemia
This type of hyperammonemia can be treated with antibiotics to kill the bacteria that initially produce the ammonia, though this doesn't work as well as removal of protein from the colon prior to its digestion to ammonia, achieved by lactulose administration for frequent (3-4 per day) bowel movements.


Hyperammonemia
Hyperammonemia - Types. 1  Primary hyperammonemia is caused by several inborn errors of metabolism that are characterised by reduced activity of any of the enzymes in the urea cycle.


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Hyperammonemia (or hyperammonaemia) is a metabolic disturbance characterised by an excess of ammonia in the blood. It is a dangerous condition that may lead to encephalopathy and death. It may be primary or secondary. Ammonia is a substance that contains nitrogen. It is a product of the catabolism of protein.


What does it mean when the liver produces ammonia?
When this happens, a by product is produced, and that is ammonia. The liver usually takes this ammonia and converts it into urea, so the body can dispose of it in the urine. However, if the liver cells become damaged where they are unable to do the functions of the liver well or if they die off...this ammonia does not get converted to urea.


Excretion
Deamination - the process of metabolizing the excess amino acids in our bodies to produce Ammonia. Our body can not store excess amino acids, so they are broken down. This results in the formation of nitrogenous wastes. The carboxyl group (COOH) and adjoining carbon atoms are converted to pyruvic acid and therefore can be used in aerobic respiration to make ATP. The amine group (NH2) and a H+ atom are removed in deamination to form ammonia.


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d. In the liver, the enzyme glutaminase releases ammonia by hydrolysis of glutamine, leaving glutamate (also occurs in kidney and intestine). The glutamate can go on to form aspartate, via glutamate-aspartate aminotransferase: e. The urea cycle (only in liver) makes amine moieties into urea for excretion


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comparison of PXR and CAR. Biochim Biophys Acta 1619 (3), 235â238. 55 Neimark E, Chen F, Li Xet al.(2004) Bile acid-induced negative. feedback regulation of the human ileal bile acid transporter.


DETOXIFYING AMMONIA
But, if the liver is malfunctioning, the ammonia remains unprocessed, and will enter the bloodstream. To enhance the detoxification pathways, the liver uses sulfur compounds to produce the antioxidant glutathione. The amino acid L-cysteine is the most crucial sulfur compound needed by the liver to produce glutathione.


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The liver produces urea when it metabolises (breaks down) proteins. This is done in hepatocytes (liver cells). Amino acids are first broken down into ammonia, which is highly â¦ soluble and toxic in the blood plasma, so ammonia is joined with carbon dioxide to make urea, this is less soluble and less toxic but a build up of urea is toxic in the blood.


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Ammonia is produced as a byproduct of bacterial breakdown of unabsorbed dietary protein in the intestine, and protein breakdown elsewhere in the body. The... Hello,


Excretion and the liver
With the help of specific catalysts in the liver cells carbon dioxide reacts chemically with the ammonia molecule, NH 3. The less toxic nitrogenous compound urea is produced together with water. co 2 + 2nh 3 (nh 2) 2 co + h 2 o


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33 Responses to AMMONIA TOXICITY: Part 1. 1  Wowâ¦ammonia has been destroying my family for at least 5+ years & although Iâve literally begged the medical system for answers, part 1/2 of this article had given me more information than 3 hospitals & multiple specialists! 2  This great information.


What organ produces insulin?
In a healthy person, the blood glucose level is regulated by several hormones, primarliy insulin. Insulin is produced by the pancreas, a small organ between the stomach and liver. The pancreas also makes other important enzymes released directly into the gut that helps digest food.


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But when a person gets type 2 diabetes, he or she may: 1  pee a lot because the body tries to get rid of the extra blood sugar by passing it out of the body in the urine. 2  drink a lot to make up for all that peeing. 3  feel tired all the time because the body can't use sugar for energy properly.


Introduction
This whole feedback loop with insulin and glucagon is constantly in motion. It keeps your blood sugar levels from dipping too low, ensuring that your body has a steady supply of energy. Definitions


How Insulin Works in the Body
Where Insulin Is Produced Insulin is a hormone made up of a small polypeptide protein that is secreted by the pancreas, which acts as both an endocrine and exocrine gland. Endocrine glands are the system of glands that secrete hormones to regulate body functions, whereas exocrine glands aid in digestion.


How Insulin Works in the Body
These signals tell the brain that there is excess insulin and that your cells are starving for glucose. So in response, your brain creates cravings for carbohydrates, signals your body to store fat, and orders carbohydrates to be burned for energy rather than body fat.


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Start studying MT Chapter 18 part 4. Learn vocabulary, terms, and more with flashcards, games, and other study tools.


Diabetes
For some people, though, a problem with a hormone called insulin causes a health condition called type 2 diabetes (pronounced: dye-uh-BEE-tees). What Is Diabetes? Diabetes is a disease that affects how the body uses glucose (pronounced: GLOO-kose), a sugar that is the body's main source of fuel.


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1 Skin cancer already cost the health system around $300 million annually over a decade ago, the highest cost of all cancers. 2  More recently it has been calculated that the total cost of skin cancers (other than melanoma) alone was $512.3 million in 2010 (diagnosis, treatment and pathology). [ 3 4] [5].


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1 [3]. 2  Over 750,000 Australians are treated for skin cancer each year [4] â that's over 2,000 people every day. 3  Skin cancer already cost the health system around $300 million annually over a decade ago, the highest cost of all cancers.


Skin cancer facts & stats
Skin cancer facts & stats. 1  2 in 3 Australians will be diagnosed with skin cancer by the age of 70. [ 2 1]. 3  Around 2,000 Australians die from skin cancer each year. [ 4 2]. 5  Australia has one of the highest rates of skin cancer in the world. 6  Skin cancers account for about 80% of all new cancers diagnosed each year in Australia.


U.S. Breast Cancer Statistics
1 Besides skin cancer, breast cancer is the most commonly diagnosed cancer among American women. 2  In 2015, it's estimated that just under 30% of newly diagnosed cancers in women will be breast cancers.


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1 Skin cancers account for about 80% of all new cancers diagnosed each year in Australia. 2  Each year, Australians are 4 times more likely to develop a common skin cancer than any other form of cancer. [ 3 3]. 4  Over 750,000 Australians are treated for skin cancer each year [4] â that's over 2,000 people every day.


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1 396.2 people per 100,000 of the population were diagnosed with cancer in the UK in 2011 (European age-standardised incidence rate). 2  Cancers of the breast, lung, prostate and bowel account for over half (54%) of all new cancer cases in the UK in 2011.


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Cancer survival. 1  Half (50%) of people diagnosed with cancer in England and Wales survive their disease for ten years or more (2010-11). 2  Cancer survival is higher in women than men. 3  Cancer survival is improving and as has doubled in the last 40 years in the UK.


Secretin
Secretin - Physiology. 1  Secretin is synthesized in cytoplasmic secretory granules of S-cells, which are found mainly in the mucosa of the duodenum, and in smaller numbers in the jejunum of the small intestine.


Pancreatic enzymes
Tips to obtain the best results from pancreatic enzymes: 1  Take enzymes with every meal or snack that contains fat, especially meat, dairy, bread and desserts. 2  Start with the smallest dose necessary. 3  Take the enzymes at the beginning of the meal or snack. 4  Swallow intact tablets and capsules with liquid at mealtimes.


Pancreas
The pancreas and bile duct (biliary) systems together form an important part of the digestive system. The pancreas and liver produce juices (pancreatic juice and bile) which help in the process of digestion (i.e. the breakdown of foods into parts which can be absorbed easily and used by the body). The pancreas is about the same size and shape as a small banana, and lies in the upper abdomen, towards the back, near the spine. The pancreas is solid (acinar tissues), and contains drainage tubes ...


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The following list gives a glance for what each enzyme breaks and where it is produced: Amylase - starches into maltose (a disaccharide): saliva and pancreas - released into the small intestine; Lipase - fats (lipids): in stomach and pancreas - released into the small intestine ; Pepsin - proteins into absorbable peptides and peptones: stomach; Gelatinase - gelatin: stomach; Maltase - maltose into monosaccharides: produced by the pancreas - released into the small intestine


How Does Your Digestive System Break Down Food?
Liver: The liver is located on the right side of the abdomen. It makes the bile that helps emulsify fats, and it processes the nutrients that are absorbed in the small intestine. After the nutrients are digested, theyâre absorbed into the cells of the small intestine.


Pancreatic enzymes
Pancreatic enzymes help break down fats, proteins and carbohydrates. A normally functioning pancreas secretes about 8 cups of pancreatic juice into the duodenum, daily. This fluid contains pancreatic enzymes to help with digestion and bicarbonate to neutralize stomach acid as it enters the small intestine. Types of Pancreatic Enzymes and Their Effects Lipase. Effects: Lipase works with bile from the liver to break down fat molecules so they can be absorbed and used by the body. Shortage may cause:


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Waves of muscular contraction along your stomach wall, known as peristalsis, break food down into smaller pieces, mix it with fluids secreted from your stomach lining and move it through your stomach. This creates a mixture that resembles thick cream.


Stomach
The stomach is a pouch-like organ that lies in the upper left part of the abdominal cavity, just under the diaphragm and next to the liver. Functions. The stomach has five functions: digestion of food; secretion of gastric juices as well as mucus which helps to coat its lining, preventing erosion by gastric juices; secretion of gastric hormones


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This allows you to consume a large meal quickly and then digest it over an extended period of time. When full, your stomach can hold around one litre of chewed up food. Swallowed food is propelled down your oesophagus into your stomach. Food is enclosed in your stomach by two circular muscles, known as sphincters. Chemical breakdown. As soon as food enters your stomach, your stomach lining releases enzymes that start breaking down proteins in the food. Your stomach lining also secretes hydrochloric acid, which creates the ideal conditions for the protein-digesting enzymes to work. The potent hydrochloric acid kills bacteria, protecting your body from harmful microbes which can enter your body in food. Your stomach protects itself from being digested by its own enzymes, or burnt by the corrosive hydrochloric acid, by secreting sticky, neutralising mucus that clings to the stomach walls.


Stomach
mucus cells secrete mucus to protect the lining from the potential destructiveness of the acidic gastric juices chief cells secrete digestive enzymes, mainly pepsinogen parietal cells secrete hydrochloric acid (HCl) and intrinsic factor (essential for Vitamin B12 absorption).


Mucus in the Human Body: Functions and Health Problems
The stomach lining is covered by a protective layer of mucus. Glands in the stomach produce mucus, hydrochloric acid and an inactive enzyme called pepsinogen. In the stomach cavity, the hydrochloric acid changes the pepsinogen into an active digestive enzyme called pepsin. This enzyme digests proteins. The mucus layer acts as a barrier which prevents the stomach lining from being attacked by pepsin and acid. If the mucus layer in the stomach is thinned or removed, which may happen during an infection by a bacterium called Helicobacter pylori, pepsin and acid may be able to attack the stomach lining. The infection can cause inflammation (gastritis) and sores called ulcers.


Mucus in the Human Body: Functions and Health Problems
Glands in the lining of the small intestine and the large intestine also produce mucus. There is often some mucus in stool, but generally not enough to be noticed. Noticeable amounts may appear in intestinal problems such as the diarrhea-predominant form of irritable bowel syndrome (IBS).


Stomach
The stomach contains gastric glands in the mucous membrane. These glands contain three types of cells which secrete different substances, collectively known as gastric juices: mucus cells secrete mucus to protect the lining from the potential destructiveness of the acidic gastric juices; chief cells secrete digestive enzymes, mainly pepsinogen


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Function: Storing food, breaking food down and mixing it with juices secreted by your stomach lining Food store Your stomach is a short-term food-storage facility.


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System: Digestive. Location: Between a muscular tube called the oesophagus and the small intestine. Physical description: A J-shaped elastic sac which is the widest part of your digestive system. Function: Storing food, breaking food down and mixing it with juices secreted by your stomach lining.


Organ Systems
The human body is made up of several organ systems that all work together as a unit to make sure the body keeps functioning. There are ten major organ systems in the body, each of which plays a different role in helping the body work. Circulatory System. This system is made up of the heart, blood, blood vessels, and lymphatics. It is the bodyâs delivery system, concerned with circulating blood to deliver oxygen and nutrients to every part of the body. Digestive System


Organ Systems
When you eat, your body uses this system to digest food so your cells can use it to make energy. The organs involved in this system include the mouth, stomach, and intestines. Endocrine System. This system is made up of a collection of glands, including the pituitary and thyroid glands, as well as the ovaries and testes. It regulates, coordinates, and controls a number of body functions by secreting chemicals into the bloodstream. These secretions help control moods, growth and development ...


Urinary System: Facts, Functions & Diseases
Urinary system functions and urinary system diseases are described. The urinary system â also known as the renal system â produces, stores and eliminates urine, the fluid waste excreted by the kidneys. Urinary system functions and urinary system diseases are described.


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PRIMARY ORGANS Mouth, Pharynx, Esophagus, Stomach, Small intestine, Large intestine, Rectum, Anal canal


Digestive System of the Dog
Digestive System of the Dog. The pictures in this section are reprinted with permission by the copyright owner, Hill's Pet Nutrition, from the Atlas of Veterinary Clinical Anatomy. These illustrations should not be downloaded, printed or copied except for personal, non-commercial use. The digestive system includes the: Mouth; Teeth; Salivary Glands


Digestive System: Bowel Movement
Digestive System of the Dog The pictures in this section are reprinted with permission by the copyright owner, Hill's Pet Nutrition, from the Atlas of Veterinary Clinical Anatomy. These illustrations should not be downloaded, printed or copied except for personal, non-commercial use. The digestive system includes the: Mouth. Teeth. Salivary Glands. Esophagus and Stomach. Small Intestine. Large Intestine.


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The digestive system includes the: 1  Mouth. 2  Teeth. 3  Salivary Glands. 4  Esophagus and Stomach. 5  Small Intestine. 6  Large Intestine. 7  Pancreas. 8  Liver and Gall Bladder.


Small Intestine
An internal image of a healthy small intestine. Function & Control. The small intestine is responsible for absorption of nutrients, salt, and water. On average, approximately nine liters of fluid enters the jejunum each day. The small intestine absorbs approximately seven liters, leaving only 1.5-2 liters to enter the large intestine.


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The small intestine (or small bowel) is a 20-25 foot long, specialized tube (between the stomach and colon) that absorbs nutrients, salt and water from food.


Small Intestine
Small Intestine (or Small Bowel) The small intestine (also referred to as the small bowel) is the specialized tubular structure between the stomach and the large intestine (also called the colon or large bowel) that absorbs the nutrition from your food. It is approximately 20-25 feet in length and is about as big around as your middle finger.


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The digestive system includes the: Mouth; Teeth; Salivary Glands; Esophagus and Stomach; Small Intestine; Large Intestine; Pancreas; Liver and Gall Bladder; The digestive system absorbs and digests food and eliminates solid wastes from the body. The pictures in this section are reprinted with permission by the copyright owner, Hill's Pet Nutrition, from the Atlas of Veterinary Clinical Anatomy.


Tissues, organs, & organ systems
Just as the organs in an organ system work together to accomplish their task, so the different organ systems also cooperate to keep the body running. For example, the respiratory system and the circulatory system work closely together to deliver oxygen to cells and to get rid of the carbon dioxide the cells produce. The circulatory system picks up oxygen in the lungs and drops it off in the tissues, then performs the reverse service for carbon dioxide.


Digestive System
The digestive system includes the digestive tract and its accessory organs, which process food into molecules that can be absorbed and utilized by the cells of the body. small enough to be soaked up and the waste products are gone.The digestive system prepares nutrients for utilization by body cells through six activities, or functions. Major Organs


Digestive System
How it works with other systems (at least 3 different systems) The digestive system works closely with the circulatory system to get the nutrients to your body.The digestive system also works with your excretory system.The main organ involved in digestion is the liver witch is 2.5 percent of your body wait.


Tissues, organs, & organ systems
The mouth, stomach, small intestine, and other digestive system organs work together to make digesting food and absorbing nutrients efficient. Digestion wouldnât so work well if your stomach stopped churning or if one of your enzyme-producing glandsâlike the pancreasâdecided to take the day off!


What Structures Do All Cells Have?
DNA is the genetic material of a cell. The DNA contains the genetic code or instructions for how to make proteins. Eukaryotic cells have a nucleus, which is like the control center for the cell. It is in this organelle that DNA resides. However, prokaryotic cells do not have a nucleus. Instead, the DNA exists in a coiled loop floating around in the cytoplasm in the nucleoid region. Ribosomes Ribosomes are small organelles that float in the cytoplasm or are attached to other structures.


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Organelles found in all cells are Ribsome, Cell Membrane, and Cytoplasm. For those who do not know, Cytoplasm is the fluid content of cells in which organelles float. Ribsome â¦ assembles proteins from raw materials, following dirictions from the Nucleus. A Cell Membrane surrounds the cell and controls the movement of materials into and out of the cell.


All cells have what four organelles and what are their functions?
Best Answer: All eukaryotic and prokaryotic cells have a cell wall which allows certain things to enter/exit the cell and prevents things from entering/exiting the ...


MADMAN BIOLOGY
Concept 1: Common Features of All Cells. All cells, whether they are prokaryotic or eukaryotic, have some common features. The common features of prokaryotic and eukaryotic cells are:


Cells
Most textbooks have a summary table or diagram at the end of the cell chapter covering these organelles. What follows is a brief overview of most of the major organelles and other structures found in cells as well as a brief description for each.


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Science & Health. Certificate Programs; Degree Programs; General Education; Department Faculty; Science & Health Safety Manuals; Majors & Programs; Bachelor's of Applied & Technical Studies; Faculty Directory; Classes at UC East; Gainful Employment Disclosure


What features do viruses and cells have in common?
What features do all cells have in common? All cells have - DNA (this controls what the cell does and how it grows) - Cytoplasm (watery jelly inside a cell. This is where the cell processes occur. These include phoâ¦tosynthesis, respiration and building new tissue) - A cell membrane (this is like a skin that surrounds the cell.


What parts do all cells have in common?
What structures do all Cells have in common? The Cell membrane encloses the Cytoplasm; and somewhere within the cytoplasm, the Chromosome [material] is found. There are more; yet they are difficult to classify due to the â¦ differences between prokaryotes and eukaryotes.


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Honda - VIN - Vehicle Identification Number. Honda - Chassis Number. Deutsche Version. From 1979 to 1995 Honda had a 11-digit VIN. e.g. RD023600883. R: cc (A=up to 50, D=up to 70, H=up to 80, J=up to 125, K=up to 150, M=up to 250, N=up to 400, P=up to 600, R=up to 800, S=up to 800) D: type of motorcycle (B=kids bike/ATC, C=Street, D=Enduro, E=OHV/Offroad bike - not street legal, F=Scooter)


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VIN Decoder. Note: This product is intended to provide a general description of the information generated by the entered vehicle's Vehicle Identification Number (VIN) and some pieces of data may be general to that specific model and not entirely accurate for the vehicle specified.


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Just enter a VIN in the above field, click the Decode button, and obtain: 1  Engine Specifications. 2  Available Styles and Trims. 3  Exterior and Interior Colors. 4  Interior, Exterior and Safety Equipment. 5  Vehicle Features and Technical Specifications. 6  And more!


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From 1996 on Honda has a 17-digit VIN e.g. JH2RD07ABTM000992 or JH2RD07A1YM417129 JH2: country of production (JH2=WMI Honda Japan, 1HF=Honda America, ZDC=Honda Italy, VTM=Montesa/Honda Spain)


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From 1979 to 1995 Honda had a 11-digit VIN. e.g. RD023600883 R: cc (A=up to 50, D=up to 70, H=up to 80, J=up to 125, K=up to 150, M=up to 250, N=up to 400, P=up to 600, R=up to 800, S=up to 800) D: type of motorcycle (B=kids bike/ATC, C=Street, D=Enduro, E=OHV/Offroad bike - not street legal, F=Scooter)


Frequently Asked Questions
Recall Information - Honda Powersports. Where can I find my Vin/Hin? Every vehicle has a unique 17-character Vehicle Identification Number ( VIN ) or 15-character Hull Identification Number (HIN) that contains information about that vehicle. You can find your VIN/HIN:


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Our free VIN Decoder allows you to obtain a vehicle's information instantly. 1  Just enter a VIN in the above field, click the Decode button, and obtain: 2  Engine Specifications. 3  Available Styles and Trims. 4  Exterior and Interior Colors. 5  Interior, Exterior and Safety Equipment. 6  Vehicle Features and Technical Specifications. 7  And more!


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From 1979 to 1995 Honda had a 11-digit VIN e.g. RD023600883 R: cc (A=up to 50, D=up to 70, H=up to 80, J=up to 125, K=up to 150, M=up to 250, N=up to 400, P=up to 600, R=up to 800, S=up to 800)