How to Grow Timothy Grass | Guide to Growing Timothy Grass
A-Z Pests. Sprays. Beneficial Pests. Timothy is a versatile grass that can be fed to cattle and (especially) horses as hay, and also can provides suitable forage, usually in combination with a legume such as alfalfa, to sheep, cattle, goats and other animals.-Z Pests. Sprays. Beneficial Pests. Timothy is a versatile grass that can be fed to cattle and (especially) horses as hay, and also can provides suitable forage, usually in combination with a legume such as alfalfa, to sheep, cattle, goats and other animals.


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This guide is intended to lead you, the livestoc or horse owner, in the right direction when selecting quality hays and grasses. Weâve also provided information that will assist you in growing your own hay. based on the area that you live in, different types of forages will be grown due to soil mae-up and climate.ilage is a fermented, high-moisture alternative that can be fed to cattle. It is made from grass crops including corn, sorghum or other cereals, using the entire green plant. Silage can be made from many field crops. The most common types are corn silage, alfalfa silage and grass silage.


Ideal Climate & Soil for Corn Growth
Climate. Corn is a summer crop that is best grown in a climate that offers warm weather and long sun-filled days. Seedlings do not transplant well, so the best approach is to plant seeds directly into the soil.However, in areas where growing seasons are short, seeds can be started indoors using biodegradable pots.orn is a summer crop that is best grown in a climate that offers warm weather and long sun-filled days. Seedlings do not transplant well, so the best approach is to plant seeds directly into the soil.


CHAPTER VIII CHOICE OF HAY CROPS
Most hay is grown in the cool season but, where moisture is available in summer, Sudan grass and fodder sorghums can be grown. Oat is a major hay crop, especially in North Africa, often for sale to transhumant flocks or for transport to the desert fringe, and it can be grown on most well-drained soils.n arid areas, of course, all crops are grown under irrigation. Hay is a common crop in arid parts of Asia. Rainfed, sown hay in semi-arid areas is commonest on large farms, since yields are generally erratic through variations in rainfall. Lucerne can be grown on suitable soils.


Growing Alfalfa â How To Plant Alfalfa
Alfalfa is a cool-season perennial commonly grown for feeding livestock or as a cover crop and soil conditioner. Alfalfa is highly nutritious and a natural source of nitrogen. Itâs ideal for improving the soil and providing erosion control. Alfalfaâs extensive root system nourishes both plants and soil.lfalfa is a cool-season perennial commonly grown for feeding livestock or as a cover crop and soil conditioner. Alfalfa is highly nutritious and a natural source of nitrogen. Itâs ideal for improving the soil and providing erosion control. Alfalfaâs extensive root system nourishes both plants and soil.


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The Benefits of Branched-Chain Amino Acids. Amino Acids are the building blocks for all proteins which means that they are literally part of every process within the human body such as shaping hormones and enzymes, and not just part of muscles and bones.


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Proteins are macromolecules constructed from long strings of units called amino acids. Amino acids are the building blocks of proteins. Each amino acid has an amino group (NH3) on one end, a carboxyl acid group on the other, and a C-H group in the middle[10.]. Differences in the charge and structure of the amino acids affect the shape and functions of the proteins constructed from them.


Branched-Chain Amino Acids
Branched-chain amino acids are essential nutrients. They are proteins found in food. Your muscles burn these amino acids for energy. The specific amino acids that make up the branched-chain amino acids are leucine, isoleucine, and valine. The term branched-chain simply refers to their chemical structure.


The Benefits of Branched-Chain Amino Acids
Updated January 07, 2015. Branched-chain amino acids are a type of essential amino acid involved in the body's production of protein. Available in a number of foods (including meat, dairy products, and legumes), branched-chain amino acids include valine, leucine, and isoleucine. Said to offer a variety of health benefits and improve athletic performance, branched-chain amino acids are also sold in supplement form.


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The branched-chain amino acid L-Valine has industrial applications in the fermentation of alcoholic beverages and is a central building block of many important enzymes. It assists in the human bodyâs energy provisioning processes and therefore plays an important role in building physical strength and muscle mass.


The Benefits of Branched-Chain Amino Acids
The Benefits of Branched-Chain Amino Acids. Posted on March 12, 2015. Amino Acids are the building blocks for all proteins which means that they are literally part of every process within the human body such as shaping hormones and enzymes, and not just part of muscles and bones.


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Branch chain amino acids (BCAA's), valine, leucine, and isoleucine, make up approximately 1/3 of muscle protein.[4]. BCAA's reduce muscle fatigue, speed recovery, decrease the loss of other amino acids from muscle during exercise and help the body absorb protein[6.].


BRANCHED - CHAIN AMINO ACIDS
Branched-chain amino acids stimulate the building of protein in muscle and possibly reduce muscle breakdown. Branched-chain amino acids seem to prevent faulty message transmission in the brain cells of people with advanced liver disease, mania, tardive dyskinesia, and anorexia.


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For a broader coverage related to this topic, see Earth core. The internal structure of Earth. The Earth's inner core is the Earth's innermost part and according to seismological studies, it is primarily a solid ball with a radius of about 1220 kilometers, or 760 miles (about 70% of the Moon 's radius).or a broader coverage related to this topic, see Earth core. The internal structure of Earth. The Earth's inner core is the Earth's innermost part and according to seismological studies, it is primarily a solid ball with a radius of about 1220 kilometers, or 760 miles (about 70% of the Moon 's radius).


Inner core
The Earth's inner core is thought to be slowly growing as the liquid outer core at the boundary with the inner core cools and solidifies due to the gradual cooling of the Earth's interior (about 100 degrees Celsius per billion years).or a broader coverage related to this topic, see Earth core. The internal structure of Earth. The Earth's inner core is the Earth's innermost part and according to seismological studies, it is primarily a solid ball with a radius of about 1220 kilometers, or 760 miles (about 70% of the Moon 's radius).


Earth's Core Temperature A Hellish 6,000 Degrees Celsius, New Study Confirms
(Photo: ESRF). A new experiment on the temperature of Earth's core concludes that it's a hellish 6,000 degrees Celsius (10,832 F), a solid 1,000 C (1,832 F) hotter than previously believed when the last temperature model was run 20 years ago.Share This Story.o complete the experiment of Earth core temperature, the research team used a laboratory analysis of melting iron at extreme temperatures and pressures, using x-rays to determine the exact moment the iron transforms from a super-hot liquid to a solid.


Why is the earth's core so hot? And how do scientists measure its temperature?
The earth's core is divided into two separate regions: the liquid outer core and the solid inner core, with the transition between the two lying at a depth of 5,156 kilometers (3,204 miles).he bottom line of these efforts is that there is a rather wide range of current estimates of the earth's core temperature. The popular estimates range from about 4,000 kelvins up to over 7,000 kelvins (about 7,000 to 12,000 degrees F).


Earth's Core 1,000 Degrees Hotter Than Expected
Extrapolating from that measurement, scientists estimated the boundary between Earth's inner and outer core is a searing 10,832 F, give or take about 930 degrees, at a pressure of 3.3 million atmospheres (or 3.3 million times the atmospheric pressure at sea level).xtrapolating from that measurement, scientists estimated the boundary between Earth's inner and outer core is a searing 10,832 F, give or take about 930 degrees, at a pressure of 3.3 million atmospheres (or 3.3 million times the atmospheric pressure at sea level).


Earth's Core Temperature A Hellish 6,000 Degrees Celsius, New Study Confirms
The temperature difference between the mantle and the core is the main engine for large-scale thermal movements, which coupled with the Earth's rotation, function as a generator for the planet's magnetic field.o complete the experiment of Earth core temperature, the research team used a laboratory analysis of melting iron at extreme temperatures and pressures, using x-rays to determine the exact moment the iron transforms from a super-hot liquid to a solid.


Why is the earth's core so hot? And how do scientists measure its temperature?
We derive our primary estimate of the temperature of the deep earth from the melting behavior of iron at ultrahigh pressures. We know that the earth's core depths from 2,886 kilometers to the center at 6,371 kilometers (1,794 to 3,960 miles), is predominantly iron, with some contaminants.he bottom line of these efforts is that there is a rather wide range of current estimates of the earth's core temperature. The popular estimates range from about 4,000 kelvins up to over 7,000 kelvins (about 7,000 to 12,000 degrees F).


Temperature at the Center of the Earth
The inner core is at the center of the earth. The pressure and temperature of the earth increases as one moves closer to the center. First comes the mantle, this is a layer that is bellow the crust of the earth. This is said to go down 2,900 kilometers; it's temperature is about 870 degrees Celsius.he inner core is about 6,400 kilometers below the earths surface. the temperature at the inner core of the earth is at the high is about 7,000 degrees Celsius.


Taking the Temperature of Earth's Core
Mark Garlick/Science Source. By duplicating the extreme heat and pressure at the Earthâs core, a European research team has determined that the temperature of the center of our planet is close to 11,000 degrees Fahrenheit â nearly 2,000 degrees hotter than previously thought.ark Garlick/Science Source. By duplicating the extreme heat and pressure at the Earthâs core, a European research team has determined that the temperature of the center of our planet is close to 11,000 degrees Fahrenheit â nearly 2,000 degrees hotter than previously thought.


Trane
shadow. At Ingersoll Rand, Trane is all about air â cool air, warm air, clean air. As a world leader in air conditioning systems, services and solutions, we control the comfort of the air for people in homes and many of the world's largest and most famous commercial, industrial and institutional buildings.s a world leader in air conditioning systems, services and solutions, we control the comfort of the air for people in homes and many of the world's largest and most famous commercial, industrial and institutional buildings.


American Standard Companies
American Standard Companies, Inc. was a global manufacturer of plumbing, heating, ventilating and air conditioning (HVAC) systems and services, bath and kitchen products and vehicle control systems.he company was formed in 1929 through the merger of the American Radiator Company and Standard Sanitary Manufacturing Company forming the American Radiator and Standard Sanitary Corporation. The group was renamed to the American Standard Corporation in 1967.


Trane Furnaces, Heat Pumps and Central AC
Updated: Sep 23, 2014. By Gary Sprague. Trane Inc. makes residential, commercial and industrial furnaces, air conditioners and heat pumps, as well as air cleaners, air handlers, indoor coils, thermostats and other products for home comfort.Trane Inc. owns American Standard and is itself owned by Ingersoll Rand Co.Ingersoll Rand's Climate segment, which includes Traneâs commercial HVAC products, saw 2013 annual revenues of 9.4 billion.rane Inc. owns American Standard and is itself owned by Ingersoll Rand Co. Ingersoll Rand's Climate segment, which includes Traneâs commercial HVAC products, saw 2013 annual revenues of 9.4 billion.


Our History
In many ways Trane is a classic American success story that grew into a global one. It began with our founder, James Trane, a Norwegian immigrant who opened his own plumbing shop in La Crosse, WI, in 1885.With the inspiration of cold Wisconsin winters, James Trane invented a new low-pressure heating system he proudly called the Trane Vapor Heating System.ome of Ingersoll Rand's other brands include Club Car golf carts, Hussmann stationary refrigeration equipment, Ingersoll Rand industrial equipment, Schlage locks and Thermo-King transport temperature-controlled equipment.


HVAC Manufacturers Brands History
HVAC products became Tappan Air Conditioning division in 1972. American Standard purchased the Trane Company in 1984, American Standard name revived in 1988. In 2007 all but HVAC sold off, corporate name changed to Trane. Trane was them purchased by Ingersoll Rand.UXAIRE: Founded in 1939 by C. A. Olsen, purchased by Westinghouse in 1955, was purchased by York in 1981. MAGIC CHEF: In 1986, Magic Chef was acquired by the Maytag Co. Air conditioning division was sold to Lennox in 1988 and renamed Armstrong Air. See Johnson.


Our History
On June 5, 2008, global diversified industrial company Ingersoll Rand acquired Trane, furthering its transformation into a multi-brand commercial products manufacturer serving customers in diverse global markets, and away from the capital-intense, heavy-machinery profile of its past.ome of Ingersoll Rand's other brands include Club Car golf carts, Hussmann stationary refrigeration equipment, Ingersoll Rand industrial equipment, Schlage locks and Thermo-King transport temperature-controlled equipment.


Our History
For more than a century the Trane name has identified products and technology that stretched the world's idea of what was possible â a tradition that's still very much with us.ome of Ingersoll Rand's other brands include Club Car golf carts, Hussmann stationary refrigeration equipment, Ingersoll Rand industrial equipment, Schlage locks and Thermo-King transport temperature-controlled equipment.


Trane
With that purchase came many of the most recognizable traits of Trane's residential air conditioning products. Many of those traits, like the all aluminum spiny outdoor coil and the all aluminum evaporator coil, are still found in Trane's current residential equipment lines.In 1984, Trane was acquired by American Standard Inc., and became a fixture in the American Standard Companies business.Following a leveraged buyout in 1988, American Standard returned as a publicly held corporation in 1995.any of those traits, like the all aluminum spiny outdoor coil and the all aluminum evaporator coil, are still found in Trane's current residential equipment lines. In 1984, Trane was acquired by American Standard Inc., and became a fixture in the American Standard Companies business.


HVAC Manufacturers Brands History
ARKLA: Division sold to Preway, Inc. Preway sold Servel gas air conditioning to the Dometic Corp. High efficiency furnace technology sold to Trane. Servel name now sold by Robur. ARMSTRONG:Founded by Lennox in 1928, became division of the Johnson Corp. in 1976.UXAIRE: Founded in 1939 by C. A. Olsen, purchased by Westinghouse in 1955, was purchased by York in 1981. MAGIC CHEF: In 1986, Magic Chef was acquired by the Maytag Co. Air conditioning division was sold to Lennox in 1988 and renamed Armstrong Air. See Johnson.


Trane
In 1885, James Trane, a Norwegian immigrant from Tromsoe, tromsÃ¸ opened his own plumbing and-pipe fitting shop In La, Crosse. Wisconsin he designed a new type of-low pressure steam heating, System trane vapor. heatingany of those traits, like the all aluminum spiny outdoor coil and the all aluminum evaporator coil, are still found in Trane's current residential equipment lines. In 1984, Trane was acquired by American Standard Inc., and became a fixture in the American Standard Companies business.


Alexander, North Dakota
Alexander-area historical tornado activity is significantly below North Dakota state average. It is 79% smaller than the overall U.S. average.


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The City of Alexander (GNIS ID: 1035903) has a C5 Census Class Code which indicates an active incorporated place that is independent of any county subdivision and serves as a county subdivision equivalent.


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Colleges/universities with over 2000 students nearest to Alexander: 1  Minot State University (about 112 miles; Minot, ND; Full-time enrollment: 2,887). 2  Bismarck State College (about 151 miles; Bismarck, ND; FT enrollment: 3,015).


Alexander, North Dakota
Alexander-area historical earthquake activity is above North Dakota state average. It is 49% smaller than the overall U.S. average.


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Alexander, Mckenzie County, ND Foreclosures. Search for foreclosed homes for sale in Alexander, Mckenzie County, North Dakota.


Alexander, ND Foreclosures & Foreclosed Homes
Gillette (142). Sheridan (159). The information at this site is provided solely for informational purposes and does not constitute an offer to sell, rent, or advertise real estate outside the state in which the owner of the site is licensed.


Alexander, ND Profile: Facts, Map & Data
Alexander, ND-Peer Comparisons by Rank and Percentile. The table below compares Alexander to the other 401 incorporated cities, towns and CDPs in North Dakota by rank and percentile using July 1, 2015 data.


Alexander, ND Profile: Facts, Map & Data
The City of Alexander had a population of 309 as of July 1, 2015. The primary coordinate point for Alexander is located at latitude 47.8387 and longitude -103.6411 in McKenzie County. The formal boundaries for the City of Alexander (see map below) encompass a land area of 1.43 sq. miles and a water area of 0.01 sq. miles. McKenzie County is in the Mountain time zone (GMT -7).


Alexander, North Dakota
Alexander compared to North Dakota state average: 1  Median house value significantly below state average. 2  Unemployed percentage significantly below state average. 3  Black race population percentage significantly below state average. 4  Hispanic race population percentage above state average.


Achondroplasia
1 Achondroplasia is a genetic disorder of bone growth. 2  Achondroplasia is the cause of the most common type of dwarfism (short-limbed disproportionate dwarfism). 3  Achondroplasia is the most common cause of short stature with disproportionately short limbs.4  The appearance of the person with achondroplasia is characteristic. Achondroplasia is the cause of the most common type of dwarfism (short-limbed disproportionate dwarfism). 2  Achondroplasia is the most common cause of short stature with disproportionately short limbs.


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Causes. Most dwarfism-related conditions are genetic disorders, but the causes of some disorders are unknown. Most occurrences of dwarfism result from a random genetic mutation in either the father's sperm or the mother's egg rather than from either parent's complete genetic makeup.ost dwarfism-related conditions are genetic disorders, but the causes of some disorders are unknown.


Overview
Most dwarfism-related conditions are genetic disorders, but the causes of some disorders are unknown.Most occurrences of dwarfism result from a random genetic mutation in either the father's sperm or the mother's egg rather than from either parent's complete genetic makeup.ost dwarfism-related conditions are genetic disorders, but the causes of some disorders are unknown.


Achondroplasia
1 Achondroplasia is the cause of the most common type of dwarfism (short-limbed disproportionate dwarfism). 2  Achondroplasia is the most common cause of short stature with disproportionately short limbs.3  The appearance of the person with achondroplasia is characteristic.4  Intelligence is normal in people with achondroplasia. Achondroplasia is the cause of the most common type of dwarfism (short-limbed disproportionate dwarfism). 2  Achondroplasia is the most common cause of short stature with disproportionately short limbs.


Dwarfism
Dwarfism Causes. Dwarfism can be caused by any of more than 200 conditions. Causes of proportionate dwarfism include metabolic and hormonal disorders such as growth hormone deficiency. The most common types of dwarfism, known as skeletal dysplasias, are genetic.Skeletal dysplasias are conditions of abnormal bone growth that cause disproportionate dwarfism. They include: Achondroplasia.The most common form of dwarfism, achondroplasia occurs in about one out of 26,000 to 40,000 babies and is evident at birth.People with achondroplasia have a relatively long trunk and shortened upper parts of their arms and legs.chondroplasia. The most common form of dwarfism, achondroplasia occurs in about one out of 26,000 to 40,000 babies and is evident at birth. People with achondroplasia have a relatively long trunk and shortened upper parts of their arms and legs.


What is achondroplasia?
Achondroplasia is a genetic disorder affecting bone development that results in short-limb dwarfism. 1  Achondroplasia is the most common form of short-limb dwarfism, a disorder in which bone tissue does not develop properly, especially the long bones of the arms and legs. Two different mutations in the FGFR3 gene cause more than 99 per cent of cases of achondroplasia. 2  It is a dominant genetic disease so only one copy of the FGFR3 gene needs to be mutated for symptoms to develop. 3  Achondroplasia can be inherited from a parent with the disease.


What is achondroplasia?
Genetics. 1  Achondroplasia is a single gene disorder caused by mutations in the FGFR3 gene on chromosome 4. 2  Two different mutations in the FGFR3 gene cause more than 99 per cent of cases of achondroplasia. 3  It is a dominant genetic disease so only one copy of the FGFR3 gene needs to be mutated for symptoms to develop. Two different mutations in the FGFR3 gene cause more than 99 per cent of cases of achondroplasia. 2  It is a dominant genetic disease so only one copy of the FGFR3 gene needs to be mutated for symptoms to develop. 3  Achondroplasia can be inherited from a parent with the disease.


Grassland Biome Facts
The grasses in the tropical grassland biome tend to be taller than that of the temperate because of the constant warm weather and additional rainfall it receives. Since grassland biomes have rich soil, much of them are used for farming. There is only 2% of the original grassland left in North America.


The Climate of Grasslands
In a grassland with tall grass, the summers are warm and humid, while the winters are cold (but don't snow). In a grassland with short grass, the summers are pretty much the same, but the winters are much colder.


Grasslands
Grasslands have other types of plants besides the true grasses. They have a number of herbaceous flowering plants and a variety of scattered trees and bushes. Grasslands change their appearance throughout the year. In winter (or in the tropical dry season), grasslands look drab and lifeless. In the temperate grasslands, spring brings about a transformation as tender shoots emerge, the grass starts growing, and the first flowers bloom.


Grassland Biome Facts
Plants do not grow during the dormant season because the climate is too cold during that time. Animals that you can expect to find in a grassland biome are zebras, lions, wolves, prairie dogs, and foxes. The animal diversity is dependent upon the location of the biome.


Grassland Biome Facts
Grassland biomes are made mostly of grasses. They are said to be between a forest and a desert when it comes to rainfall. They do not receive enough rainfall to grow trees like a forest but they contain lots of grass so they receive more rain than a desert. Interesting Grassland Biome Facts: Grasslands are also known as prairies, pampas, steppes, and savannas.


The Climate of Grasslands
However, there are also many other types of grassland. Take the savannas, for example. Savannas have two seasons, a very dry one and a very wet one. The average temperature is about 20-30 degrees Celsius (summer). The winter temperature is about 20-25 degrees Celsius and the summer is 25-30 degrees Celsius. The summer is wet while the winter is dry.


Grasslands
Temperate Grassland. Precipitation in the temperate grasslands usually occurs in the late spring and early summer. The annual average is about 50.8 to 88.9 cm (20-35 inches). The temperature range is very large over the course of the year.


The Climate of Grasslands
The Climate of Grasslands. The two basic types of grasslands are the tall-grassed ones and the short-grassed ones. In grasslands with tall grass, the temperature is moist and humid, allowing for the grass to grow very tall, up to ten feet. The closer to the middle of the country, the dryer it is, meaning that the grass is very short.


Grasslands
Grasslands develop wherever rainfall is not high enough to produce a forest nor light enough to form a desert. There are few trees in true grasslands, either because the climate is too dry or the soils are too poor. In other areas, grasslands develop because grazing and browsing by wild animals, frequent fires, or both, prevents tree seedlings from growing.


Grasslands
Many grass species can grow back quickly after a fire has swept through the grassland, and some have seeds that can grow after being burned in a fire. Many grasslands in Australia, Africa and South America are maintained by fires.


Ligament
The study of ligaments is known as desmology (from Greek Î´ÎµÏÎ¼ÏÏ, desmos, bond; and -Î»Î¿Î³Î¯Î±, -logia). Ligaments are similar to tendons and fasciae as they are all made of connective tissue.The differences in them are in the connections that they make; ligaments connect one bone to another bone, tendons connect muscle to bone and fasciae connect muscles to other muscles.n anatomy, a ligament is the fibrous connective tissue that connects bones to other bones and is also known as articular ligament, articular larua, fibrous ligament, or true ligament. Ligament can also refer to:


Classification of Connective Tissue
Connective tissue is made up of cells and extracellular matrix. The extracellular matrix is made up of fibres in a protein and polysaccharide matrix, secreted and organised by cells in the extracellular matrix.PECIALISED CONNECTIVE TISSUES. 1  dense regular connective tissue which is found in tendons and ligaments, and is shown below. 2  The other specialised types of connective tissue are covered in other topics. 3  cartilage - (see the topic on bone and cartilage).


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Normal ligament structure and physiology Skeletal ligaments are defined as dense bands of collage-nous tissue (fibres) that span a joint and then becomeanchored to the bone at either end.They vary in size, shape,orientation and location.njury to a ligament results ina drastic change in its structure and physiology and creates a situation where ligament function is restored by the formation ofscar tissue that is biologically and biomechanically inferior to the tissue it replaces.


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tendons connect the muscle to bone Ligaments are the skeletal components that connect bones to other bones to create a joint, a flexible â¦ structure that is capable of movement and of bearing both weight and external forces applied to it.igaments are strong bands of tissue that connect bone to bone. Tendons are tough connective tissues that connect skeletal muscles to bones. + 45 others found this useful. Christopher Squillari.


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Blood. A type of connective tissue in which the extracellular matrix is liquid and contains soluble proteins that aren't made by the cells of the tissue (exception: some leukocytes secrete gamma globulins, or antibodies).Muscular Tissue. Muscular tissue is composed of fibers (cells) that contract.lood. A type of connective tissue in which the extracellular matrix is liquid and contains soluble proteins that aren't made by the cells of the tissue (exception: some leukocytes secrete gamma globulins, or antibodies).


Ligaments and Tendons: Knowing the Difference May Help You Prevent Injury
It's easy to confuse tendons and ligaments, but these two connective tissues are not the same thing and actually perform different functions for the body.Here's what you need to know. Tendons connect muscle to bone. These tough yet flexible bands of fibrous tissue attach the skeletal muscles to the bones they move.t's easy to confuse tendons and ligaments, but these two connective tissues are not the same thing and actually perform different functions for the body. Here's what you need to know. Tendons connect muscle to bone.


Ligaments
Body Fiber. In the body, fiber refers to tissue made of long threadlike cells, such as muscle fiber or nerve fiber. Bone. A living, growing tissue made mostly of collagen. Cartilage. A tough, flexible tissue that lines joints and gives structure to the nose, ears, larynx, and other parts of the body.Collateral Ligaments. A number of ligaments on either side of, and serving as a radius of movement of, a joint having a hingelike movement.n the body, fiber refers to tissue made of long threadlike cells, such as muscle fiber or nerve fiber. Bone. A living, growing tissue made mostly of collagen. Cartilage. A tough, flexible tissue that lines joints and gives structure to the nose, ears, larynx, and other parts of the body.


Connective tissue
Dense regular connective tissue, which forms organized structures, is a major functional component of tendons, ligaments and aponeuroses, and is also found in highly specialized organs such as the cornea. Elastic fibers, made from elastin and fibrillin, also provide resistance to stretch forces.he other three types are epithelial, muscle, and nervous tissue. Connective tissue is found in between other tissues everywhere in the body, including the nervous system. In the central nervous system the outer membranes, the meninges, that cover the brain and spinal cord are composed of connective tissue.


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Ft. Laramie was the second fort to be built by the government in a series of forts to protect settlers traveling over the Oregon Trail. The fort was the scene of several treaty signings, the most significant of which was the Ft. Laramie Treaty of 1868.Immigrants, miners, wagon trains and U.S. troops began entering the area that was a prime resource for buffalo hunting to the Cheyenne, Sioux and Arapaho.he treaty lasted only until gold was discovered in the Black Hills in 1874. The rush of miners to the Black Hills started the last of the Plains wars, including the Battle of the Little Bighorn. The Sioux Nation has never acknowledged the loss of the Black Hills.


Treaty of Fort Laramie (1868)
How to use citation info. (on Archives.gov). In this treaty, signed on April 29, 1868, between the U.S. Government and the Sioux Nation, the United States recognized the Black Hills as part of the Great Sioux Reservation, set aside for exclusive use by the Sioux people.n the spring of 1868 a conference was held at Fort Laramie, in present day Wyoming, which resulted in a treaty with the Sioux. This treaty was to bring peace between the whites and the Sioux who agreed to settle within the Black Hills reservation in the Dakota Territory.


Treaty of Fort Laramie (1868)
The Black Hills of Dakota are sacred to the Sioux Indians. In the 1868 treaty, signed at Fort Laramie and other military posts in Sioux country, the United States recognized the Black Hills as part of the Great Sioux Reservation, set aside for exclusive use by the Sioux people.n the spring of 1868 a conference was held at Fort Laramie, in present day Wyoming, which resulted in a treaty with the Sioux. This treaty was to bring peace between the whites and the Sioux who agreed to settle within the Black Hills reservation in the Dakota Territory.


Treaty of Fort Laramie (1868)
Treaty of Fort Laramie (1868). From Wikipedia, the free encyclopedia. For the 1851 treaty, see Treaty of Fort Laramie (1851) . General William T. Sherman (third from left) and Commissioners in Council with chiefs and headmen of different bands of the Sioux, including Arapaho Indians, Fort Laramie, Wyoming, 1868. Treaty with the Sioux â Brule, BrulÃ©, Oglala, Miniconjou, Yanktonai, Hunkpapa, Blackfeet, Cuthead Two, Kettle Sans, arcs And â santee And, arapaho (1868 treaty Of Fort, laramie). 2  1868 15. 3  stat, 635. apr, 29.  1868


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The Native Americans gain the Centrail plains and east of the rocky mountains. Also from Arkansas, north to Canada.atives believed that the land was everybody's (o â¦ r nobody's) although a people could claim a portion of it for their immediate use, as a winter camp, or a hunting grounds.


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By 1871, the federal government stopped signing treaties with Native Americans and replaced the treaty system with a law giving individual Indians ownership of land that had been tribal property.This Indian Homestead Act, official known as the Dawes Act, was a way for some Indians to become U.S. citizens. Assimilation had become the new ideal. 2  The goal was to absorb the tribes into the European-American culture and make Native people more like mainstream Americans. 3  Second, the House of Representatives was angry that they did not have a voice in these policies.


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In 1866 Red Cloud refused to sign a non-aggression treaty at Ft Laramie, and declared war on all non-Indians entering the region. He and his band of Oglala Sioux made a number of attacks against U.S. settlers and miners who were traveling the Oregon and Bozeman trails.he treaty lasted only until gold was discovered in the Black Hills in 1874. The rush of miners to the Black Hills started the last of the Plains wars, including the Battle of the Little Bighorn. The Sioux Nation has never acknowledged the loss of the Black Hills.


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The treaty of Ft. Laramie was signed in 1868 relinquishing the Bozeman Trail in exchange for the cessation of further Indian raids. The treaty established the âGreat Sioux Reserveâ giving the land west of the Missouri River, including the sacred land of the Sioux, the Black Hills to the Indians..he treaty lasted only until gold was discovered in the Black Hills in 1874. The rush of miners to the Black Hills started the last of the Plains wars, including the Battle of the Little Bighorn. The Sioux Nation has never acknowledged the loss of the Black Hills.


Native American Tribes & U.S. Government
Despite the friendly natures of the American Indians, settlers still feared the possibility of an attack. Utes--Chief Sevara and family, c1899. [Image: Library of Congress]. To calm these fears, in 1851 the U.S. government held a conference with several local Indian tribes and established the Treaty of Fort Laramie.he Native American tribes responded peacefully to the treaty; in fact the Cheyenne, Sioux, Crow, Arapaho, Assinibione, Mandan, Gros Ventre and Arikara tribes who signed the treaty, even agreed to end the hostilities amongst their tribes in order to accept the terms of the treaty.


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1 Jersey Shore is 51 mi from Newark Liberty Intl Airport (Newark, NJ). 2  Newark Liberty Intl Airport (Newark, NJ) 3  Right now, 58 airlines operate out of Newark Liberty Intl Airport.  Newark Liberty Intl Airport offers nonstop flights to 175 cities.


New Jersey Flights
When it comes to finding flights to New Jersey that match your price range and itinerary, look no further than our options right here. We offer a variety of airlines, airports, and flight times making it easier for you to book your airfare.


The Know-It-All's Guide to Life
Flights To Jersey Shore. Treat yourself to a change of scenery. We all need a pick-me-up every now and then, and a getaway will do just the trick. Book flights to Jersey Shore, and relish the opportunity to soak up a new scene and sights. As soon as your flight touches ground, get your vacation started by noshing on the localsâ favorites, exploring the famous attractions, and getting to know the areaâs past.


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1 Jersey Shore is 58 mi from La Guardia Airport (New York City, NY). 2  Right now, 33 airlines operate out of La Guardia Airport. 3  La Guardia Airport offers nonstop flights to 75 cities.  Every week, at least 7,945 domestic flights and 756 international flights depart from La Guardia Airport.


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About Flying to New Jersey. Pack your bags, book your New Jersey flights, and get ready for an adventure. Whether youâre looking for an action-packed getaway or a peaceful sojourn, youâll find countless ways to customize your trip exactly to your liking.


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During your trip, visit the must-see landmarks and revel in the views of the most scenic areas. Itâs no wonder why adventure seekers, history buffs, and travel bugs alike are drawn to this alluring destination. Here at Expedia, weâre committed to helping you find cheap flights to New Jersey that wonât break the bank. We know you want to put more of your hard-earned cash toward exploring the sites and less on the price of your airfare.


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1 Jersey Shore is 58 mi from La Guardia Airport (New York City, NY). 2  La Guardia Airport (New York City, NY) 3  Right now, 33 airlines operate out of La Guardia Airport.  La Guardia Airport offers nonstop flights to 75 cities.


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1 Jersey Shore is 50 mi from John F. Kennedy Intl Airport (New York City, NY). 2  John F. Kennedy Intl Airport (New York City, NY) 3  Right now, 103 airlines operate out of John F. Kennedy Intl Airport.  John F. Kennedy Intl Airport offers nonstop flights to 186 cities.


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We know you donât want to break the bank, so we provide cheap flights to Jersey Shore, which let you focus more on your itinerary and less on your budget. Use our mobile booking app to access exclusive deals on airfare tickets, or bundle your flights and hotels at the same time to save up to $537. Donât wait a second longerâignite your sense of adventure when you book your Jersey Shore flights today.


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1 Jersey Shore is 51 mi from Newark Liberty Intl Airport (Newark, NJ). 2  Right now, 58 airlines operate out of Newark Liberty Intl Airport. 3  Newark Liberty Intl Airport offers nonstop flights to 175 cities.  Every week, at least 11,466 domestic flights and 2,303 international flights depart from Newark Liberty Intl Airport.


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Interstellar is a 2014 epic science fiction film directed by Christopher Nolan and starring Matthew McConaughey, Anne Hathaway, Jessica Chastain, and Michael Caine.The film features a crew of astronauts who travel through a wormhole in search of a new home for humanity.he publisher Running Press released Interstellar: Beyond Time and Space, a book by Mark Cotta Vaz about the making of the film, on November 11, 2014. On November 7, 2014, W. W. Norton & Company released The Science of Interstellar, a book by Kip Thorne.


Interstellar (film)
Nolan filmed Interstellar with anamorphic 35 mm and IMAX 70 mm photography. Cinematographer Hoyte van Hoytema was hired for Interstellar, as Wally Pfister, Nolan's cinematographer on all of his past films, was working on his directorial debut, Transcendence.he publisher Running Press released Interstellar: Beyond Time and Space, a book by Mark Cotta Vaz about the making of the film, on November 11, 2014. On November 7, 2014, W. W. Norton & Company released The Science of Interstellar, a book by Kip Thorne.


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1 of 16. 16 photos: Interstellar Iceland. Svinafellsjokull glacier â Most of the on-location Iceland scenes in Interstellar were filmed on the Svinafellsjokull, a huge tongue of ice that's part of the country's largest glacier.n another planet â In Interstellar, astronauts played by Matthew McConaughey and Anne Hathaway land on a bleak planet in the far reaches of space. In reality, it's Iceland.


Interstellar - Trailer - Official Warner Bros. UK
Directed by Christopher Nolan, the film is written by Jonathan Nolan and Christopher Nolan. Emma Thomas, Christopher Nolan and Lynda Obst produced âInterstellar,â with Jordan Goldberg, Jake Myers, Kip Thorne and Thomas Tull serving as executive producers.irected by Christopher Nolan, the film is written by Jonathan Nolan and Christopher Nolan. Emma Thomas, Christopher Nolan and Lynda Obst produced âInterstellar,â with Jordan Goldberg, Jake Myers, Kip Thorne and Thomas Tull serving as executive producers.


Interstellar (film)
13,436 pages on this wiki. Interstellar is an upcoming 2014 science fiction film directed by Christopher Nolan. Starring Matt Damon, Anne Hathaway, Emily Blunt, and Michael Caine, the film features a team of space travelers who travel through a wormhole into another dimension.n North America, Interstellar and Big Hero 6 will open the same weekend of November 7â9, 2014. Each film is forecast to open with between $55 million and $60 million. The Wrap said the pairing was potentially a close race to rank first.


Interstellar  (film)
Anne Hathaway was also invited to Nolan's home, where she read the script for Interstellar. Paramount announced in April 2013 that both actors were cast in the film's starring roles. Jessica Chastain was contacted while she was filming Miss Julie in Northern Ireland, and a script was delivered to her.he publisher Running Press released Interstellar: Beyond Time and Space, a book by Mark Cotta Vaz about the making of the film, on November 11, 2014. On November 7, 2014, W. W. Norton & Company released The Science of Interstellar, a book by Kip Thorne.


Interstellar (film)
Interstellar was filmed with a combination of anamorphic 35mm and IMAX film photography. Filming took place in the last quarter of 2013 in locations in the province of Alberta, Canada, in southern Australia, and in Los Angeles, California.n North America, Interstellar and Big Hero 6 will open the same weekend of November 7â9, 2014. Each film is forecast to open with between $55 million and $60 million. The Wrap said the pairing was potentially a close race to rank first.


âInterstellarâ Now Filming in Iceland; New Details for Christopher Nolanâs Sci-Fi Film
Something my source refers to as The Mother Ship. Iceland is the preferred shooting location for sci-fi and fantasy projects nowadays (see: Prometheus, Game of Thrones), so it should come as little surprise to learn that Christopher Nolan is filming part of his galactic adventure Interstellar in the country.o far the only confirmed (read: official) details on Interstellar are that Jonathan Nolanâs script (with revisions by his big brother Chris) revolves around a mission to âconquer the vast distances involved in an interstellar voyageâ via use of a newly-found distortion of space and time.


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'Interstellar's' Iceland â Svinafellsjokull, a glacier in the Vatnajokull National Park, is one of the locations used in the filming of new movie Interstellar..n another planet â In Interstellar, astronauts played by Matthew McConaughey and Anne Hathaway land on a bleak planet in the far reaches of space. In reality, it's Iceland.


Christopher Nolan Shows How He Filmed Interstellar Without Using Green Screen
Okay, so maybe Nolan had to use some green screen and CGI effects in Interstellar (the film is largely about space, after all), but we do live in a time where green screen and CGI is par for the course in moviemaking.kay, so maybe Nolan had to use some green screen and CGI effects in Interstellar (the film is largely about space, after all), but we do live in a time where green screen and CGI is par for the course in moviemaking.


What is a hamsters gestation period?
  The gestation period varies from 33 days in the smaller species to 60 days in the larger species, but is approximately 44 days for the eastern gray squirrel.6 people found this useful.Edit.nswer   The gestation period, or pregnancy can vary between species, ranging from from 16 days for the Syrian hamster, and up to to 30 days for species of the Dwarf hams â¦ ter.


Squirrel Mating and Gestation
Larger tree and flying squirrels (like fox and gray squirrels) usually have gestation periods of anywhere between 38 and 46 days, while smaller species often gestate for less than 38 days.heir abundance is perhaps supported by the fact that there are well over 250 squirrel species, including types of ground squirrels, tree squirrels, chipmunks, marmots and flying squirrels.


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Rating Newest Oldest. Best Answer: The period of gestation varies from 33 days in the smaller species of pine squirrels, up to 60 days for the larger species such as the common gray and fox squirrels..Source(s): http://www.squirrels.org/facts.html. AliDawn Â· 7 years ago.Thumbs up.ating Newest Oldest. Best Answer: The period of gestation varies from 33 days in the smaller species of pine squirrels, up to 60 days for the larger species such as the common gray and fox squirrels.. Source(s): http://www.squirrels.org/facts.html. AliDawn Â· 7 years ago.


What is the gestation period of a deer?
  The gestation period varies from 33 days in the smaller species to 60 days in the larger species, but is approximately 44 days for the eastern gray squirrel.6 people found this useful.estation for a whitetailed deer is about 6 and 1/2 months or 200 days. Does can mate in their first year but usually not untill the second year.


Squirrel Mating and Gestation
In fact, a single litter of babies may have different fathers. Gestation for ground squirrels lasts between 25 and 30 days. Litters can be quite large (up to 15 babies per litter), but the average size is only seven or eight babies.Of these, only five or six are likely to survive to maturity.fter conception occurs, gestation usually lasts 45 days. On average, mother squirrels welcome two to three babies, but she can have up to seven babies in a single litter. Typically, only one litter of babies is born to a mother fox squirrel per year. Two is the maximum possible.


Squirrel Mating and Gestation
Because all squirrels are mammals, their reproduction behaviors are somewhat similar, but issues of gestation, litter size and mating can vary from species to species. To understand the similarities and differences between squirrel species, we can compare several of their gestation and mating habits.fter conception occurs, gestation usually lasts 45 days. On average, mother squirrels welcome two to three babies, but she can have up to seven babies in a single litter. Typically, only one litter of babies is born to a mother fox squirrel per year. Two is the maximum possible.


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A nest of baby squirrels will not only die, but quickly put your family in a hotel because of the smell of dead squirrels. Typically, a squirrel gestation period is 30 â 44 days. The Fox and Eastern Grey squirrels typically have two litters a year.Although their breeding and gestation periods vary because of many factors, the young are usually born between February and April, and then again in August and September. nest of baby squirrels will not only die, but quickly put your family in a hotel because of the smell of dead squirrels. Typically, a squirrel gestation period is 30 â 44 days. The Fox and Eastern Grey squirrels typically have two litters a year.


Squirrel Mating and Gestation
After conception occurs, gestation usually lasts 45 days. On average, mother squirrels welcome two to three babies, but she can have up to seven babies in a single litter. Typically, only one litter of babies is born to a mother fox squirrel per year.Two is the maximum possible.fter conception occurs, gestation usually lasts 45 days. On average, mother squirrels welcome two to three babies, but she can have up to seven babies in a single litter. Typically, only one litter of babies is born to a mother fox squirrel per year. Two is the maximum possible.


Squirrel Mating and Gestation
Squirrels are common throughout the world and occur naturally in North and South America, Europe, Asia and Africa. Their abundance is perhaps supported by the fact that there are well over 250 squirrel species, including types of ground squirrels, tree squirrels, chipmunks, marmots and flying squirrels.Still, most of these small to medium-sized rodents share similar breeding habits.heir abundance is perhaps supported by the fact that there are well over 250 squirrel species, including types of ground squirrels, tree squirrels, chipmunks, marmots and flying squirrels.


Beauty Salon 2014
$10.91. The median hourly wage for barbers, hairdressers, and cosmetologists was $10.95 in May 2012. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less.The lowest 10 percent earned less than $8.11, and the top10 percent earned more than $20.39.he median hourly wage for barbers, hairdressers, and cosmetologists was $10.95 in May 2012. The median wage is the wage at which half the workers in an occupation earned more than that amount and half earned less.


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Hairdressers, Hairstylists, and Cosmetologists will usually earn a wage of Twenty Six Thousand Five Hundred dollars yearly. Hairdressers, Hairstylists, and Cosmetologists receive the highest salary in the District of Columbia, where they can get salary pay of close to $43330.Employees with these job titles are paid at the highest level in Public Administration, where they can get pay of $31750. The national wage distribution is shown below.airdressers, Hairstylists, and Cosmetologists will usually earn a wage of Twenty Six Thousand Five Hundred dollars yearly. Hairdressers, Hairstylists, and Cosmetologists receive the highest salary in the District of Columbia, where they can get salary pay of close to $43330.


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As of May 2011, as many as 357,030 cosmetologists, hairdressers and hairstylists were employed in the United States. The workers earned an average annual income of $26,460, according to the Bureau of Labor Statistics. Cosmetologists whose salaries were in the bottom 10 percent were paid $16,710 a year or less.Those in the top 10 percent earned $41,490 a year or more. The industry that paid cosmetologists the highest salaries as of May 2011 was the motion picture and video industry.he workers earned an average annual income of $26,460, according to the Bureau of Labor Statistics. Cosmetologists whose salaries were in the bottom 10 percent were paid $16,710 a year or less. Those in the top 10 percent earned $41,490 a year or more.


Cosmetologist Salary: What to Expect When You Hit the Salon Floor
The statistics for 2013 for a cosmetologist says that the mean average of the hourly wage is $13.24 and the yearly cosmetologist salary is $27,530.That means they took all the information provided by W-2's, added them all up and took the average.Now I'm saying there is more to consider.he statistics for 2013 for a cosmetologist says that the mean average of the hourly wage is $13.24 and the yearly cosmetologist salary is $27,530. That means they took all the information provided by W-2's, added them all up and took the average. Now I'm saying there is more to consider.


Advice on How to Become a Research Analyst
It is often said that patrol is the backbone of any police department, and for the most part, this is a true statement. Patrol officers are responsible for a variety of functions within the police department. Patrol's first responsibility is to respond to calls for service.


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The patrol officer is the first contact citizens have with the police department when things go wrong. The patrol officer is usually the first person citizens turn to for advice and direction, and they do help restore order when things get somewhat out of balance.


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Again, patrol is the Backbone of every police department. -The purpose of Patrol is to place officers in plain view of citizens to deter crime, maintain order, to enforce laws and to serve the community.


Why is police patrol the backbone of police organization?
Police patrol are considered the backbone because they see and experience first hand what the community is dealing with in terms of knowing which parts of the community are mo â¦ re prone to crime.


Police Organization Final
Again, patrol is the Backbone of every police department. -The purpose of Patrol is to place officers in plain view of citizens to deter crime, maintain order, to enforce laws and to serve the community. (basis for mission statement).


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Patrol officers attempt to identify areas of frequent traffic accidents and isolate any underlying causes of those accidents. Some of the causes could be driver inattention, driver ability, road design, or vehicle and equipment defects.


Why police force called the backbone of police department?
Without patrol officers to go out and answer calls for service and to arrest people, none of the other parts of the police department would have any value or effectiveness. Detectives can't always go out and dig up crime on their own.


Why police force called the backbone of police department?
Patrol is considered the backbone of policing. Uniformed patrol are the guys and gals answering the calls and gathering street info.


Why police force called the backbone of police department?
I think you mean why are patrol officers called the backbone of the police department?. Without patrol officers to go out and answer calls for service and to arrest people, n â¦ one of the other parts of the police department would have any value or effectiveness.


Graduation Requirements: How many credits does a student need to graduate?
To earn one unit of credit, a student must meet all the course requirements and earn a passing grade in a course that meets for at least 7,830 minutes a year. Half-and quarter-units of credit may be earned for courses meeting proportionately fewer minutes.


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Whether you are a student transferring admission from another college to NJIT or a current NJIT who has taken classes at another college, you need to have those classes evaluated by NJIT to determine if, and how many, credits will count towards your NJIT graduation.


Graduation Requirements: How many credits does a student need to graduate?
The requirements are stated in terms of the number of units of credit that must be earned in each of several subject areas. To earn one unit of credit, a student must meet all the course requirements and earn a passing grade in a course that meets for at least 7,830 minutes a year.


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Transfer Credit Evaluation. Home Â» Registrar. Whether you are a student transferring admission from another college to NJIT or a current NJIT who has taken classes at another college, you need to have those classes evaluated by NJIT to determine if, and how many, credits will count towards your NJIT graduation.


High School Graduation Frequently Asked Questions
1 A year of study is two semesters of study in the same or related subject area. 2  In general, the course is about 50 minutes per day, five days a week, for two semesters. 3  However, local school districts determine the actual organization of instructional time depending on their master schedule.


Conversion
A: Three-credit-hour classes will remain the same. Four credit-hour classes will be reduced in the amount of class time, the amount of work required and on average, the amount of resources needed for them, such as books. Q: I attend classes four days per week now, and I work 30 hours per week at my job.


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DBQ Essay Outline Guide Use the following outline to plan and write your essays, in response to a Document Based Question (DBQ). The format is similar to a FRQ (Free Response Question) but your evidence will be based on Primary Documents that you will be supplied with.


Writing Study Skills
Frank Warren, a history professor at Queens College and a former Chief Faculty Consultant for AP U.S. History, offers the following suggestions for writing a good response to a document-based question (DBQ) or free-response essay question. AP students need to write, and to write often.


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DBQ Essay Outline Guide Use the following outline to plan and write your essays, in response to a Document Based Question (DBQ).


How to Write an AP US History DBQ Essay
The context of the document is just as important as the information it contains. Write the introductory paragraph. This paragraph should include a general introduction to the period or event, a statement of two or three key issues or aspects of the topic, and a thesis sentence.


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History Writing: DBQ Essays. While itâs true that DBQ (Document-Based Question) essays appear on the NY State Regents and AP History Exams, teachersâesp. history teachersâof EVERY grade should see them as a tremendous tool for teaching both content and critical thinking skills.


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Information on DBQs since 1999 is posted on the AP United States History Exam Questions page.  The AP United States History Exam Preparing Students to Answer DBQs Teach your students the process required in responding to document-based questions.


How to Write a DBQ Essay
2. Read the prompt. Determine what sort of evidence you will have to find in the documents based on the prompt question. Always circle or underline the specific society (or societies) being asked about, the time period, and the key concepts (like economic or cultural problems) that are mentioned in the prompt.


How to Write an AP US History DBQ Essay
Read the documents. Underline information that is relevant to the question. It is important to consider the point of view of the documents, including who wrote it and under what circumstances. The context of the document is just as important as the information it contains.


How to Write an AP US History DBQ Essay
Provide support explaining why each issue is important, using both the documents given and your list of relevant information. Write the conclusion. Restate the thesis from the introductory paragraph now that you've supported it. In some cases it's appropriate to explain how this issue is relevant today.


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While all prokaryotes reproduce asexually (without the formation and fusion of gametes), mechanisms for lateral gene transfer such as conjugation, transformation and transduction are sometimes likened to sexual reproduction (or at least with sex, in the sense of genetic recombination).lonal Fragmentation in multicellular or colonial organisms is a form of asexual reproduction or cloning where an organism is split into fragments. Each of these fragments develop into mature, fully grown individuals that are clones of the original organism.


What are some examples of plants that have an asexual reproduction?
Asexual reproduction is the primary form of reproduction for single-celled organisms such as the archaebacteria, eubacteria, and protists.Many plants and fungi reproduce asexually as well.lonal Fragmentation in multicellular or colonial organisms is a form of asexual reproduction or cloning where an organism is split into fragments. Each of these fragments develop into mature, fully grown individuals that are clones of the original organism.


Contents: Asexual vs Sexual Reproduction
Cell division in asexual and sexual reproduction. Sexual reproduction is reproduction that requires a male and a female of the same species to contribute genetic material. Special cells called gametes are produced through meiosis, which halves the number of chromosomes in each resulting cell.These cells are called haploid gametes.hile asexual reproduction only involves one organism, sexual reproduction requires both a male and a female. Some plants and unicellular organisms reproduce asexually. Most mammals and fish use sexual reproduction.


Reproduction
Reproduction (or procreation) is the biological process by which new individual organisms â offspring â are produced from their parents. Reproduction is a fundamental feature of all known life; each individual organism exists as the result of reproduction.There are two forms of reproduction: asexual and sexual.ost animals (including humans) and plants reproduce sexually. Sexually reproducing organisms have different sets of genes for every trait (called alleles). Offspring inherit one allele for each trait from each parent, thereby ensuring that offspring have a combination of the parents' genes.


Contents: Asexual vs Sexual Reproduction
While asexual reproduction only involves one organism, sexual reproduction requires both a male and a female. Some plants and unicellular organisms reproduce asexually. Most mammals and fish use sexual reproduction.Some organisms like corals and komodo dragons can reproduce either sexually or asexually.hile asexual reproduction only involves one organism, sexual reproduction requires both a male and a female. Some plants and unicellular organisms reproduce asexually. Most mammals and fish use sexual reproduction.


Evolution of sexual reproduction
The evolution of sexual reproduction describes how sexually reproducing animals, plants, fungi and protists evolved from a common ancestor that was a single celled eukaryotic species. There are a few species which have secondarily lost the ability to reproduce sexually, such as Bdelloidea and some parthenocarpic plants.exual reproduction has probably contributed to the evolution of sexual dimorphism, where organisms within a species adopted different strategies of parental investment.


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Organisms, both prokaryotes (the archaea and the bacteria), and eukaryotes (such as protists and unicellular fungi), reproduce asexually through binary fission; most of these are also capable of sexual reproduction. Another type of fission is multiple fission that is advantageous to the plant life cycle.lonal Fragmentation in multicellular or colonial organisms is a form of asexual reproduction or cloning where an organism is split into fragments. Each of these fragments develop into mature, fully grown individuals that are clones of the original organism.


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Question 3. Overview. Question 3 offered the opportunity to compare asexual and sexual reproduction in specific organisms. Part (a) requested the description of a specific organism that reproduces asexually, along with a discussion of two evolutionary advantages to this type of reproduction.uestion 3. Overview. Question 3 offered the opportunity to compare asexual and sexual reproduction in specific organisms. Part (a) requested the description of a specific organism that reproduces asexually, along with a discussion of two evolutionary advantages to this type of reproduction.


Reproduction
Sexual reproduction is a biological process that creates a new organism by combining the genetic material of two organisms in a process that starts with meiosis, a specialized type of cell division.Each of two parent organisms contributes half of the offspring's genetic makeup by creating haploid gametes.ost animals (including humans) and plants reproduce sexually. Sexually reproducing organisms have different sets of genes for every trait (called alleles). Offspring inherit one allele for each trait from each parent, thereby ensuring that offspring have a combination of the parents' genes.


What are some examples of plants that have an asexual reproduction?
Clonal Fragmentation in multicellular or colonial organisms is a form of asexual reproduction or cloning where an organism is split into fragments. Each of these fragments develop into mature, fully grown individuals that are clones of the original organism.lonal Fragmentation in multicellular or colonial organisms is a form of asexual reproduction or cloning where an organism is split into fragments. Each of these fragments develop into mature, fully grown individuals that are clones of the original organism.


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Deciduous Shrubs. The best time to prune deciduous shrubs is during late winter and early spring before the new growth begins, as cited by the Iowa State University Extension. Avoid pruning in late summer, as the tender new growth will be susceptible to cold and frost damage.


What to Prune When
Prune shade trees such as oak, linden, and ash when they are dormant in winter. It's easiest to see the branching structure at this time of year, and you're less likely to spread diseases through the pruning wounds. As with nonblooming shrubs, avoid pruning them late in summer.


Tips for Cutting Back Overgrown Bushes and Shrubs
The best time to prune most bushes and shrubs is in late winter or early springâusually during the later half of March or the beginning of Aprilâbefore new growths have formed after the dormant period.


Tips for Cutting Back Overgrown Bushes and Shrubs
Bushes and shrubs should ideally be pruned every year. However, gardeners should take a three year approach to cutting back overgrown bushes and shrubs before pruning the entire plant annually. During the first year, remove one-third of the biggest and older branches starting at the bottom of the plant.


When to Trim Trees and Shrubs
The best time to prune or trim trees and shrubs is during the late winter while theyâre dormant. Pruning during the dormant season is ideal because: 1  The wounds heal faster, keeping the plant strong. 2  There is less risk of disease or pest infestation.


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The best time to prune deciduous shrubs is during late winter and early spring before the new growth begins, as cited by the Iowa State University Extension.


Tips for Cutting Back Overgrown Bushes and Shrubs
However, gardeners should take a three year approach to cutting back overgrown bushes and shrubs before pruning the entire plant annually. During the first year, remove one-third of the biggest and older branches starting at the bottom of the plant.


Pruning Shrubs
Renewal pruning means cutting the plants back to within 6 to 12 inches of ground level. In this instance, timing is more important than technique. The best time to prune severely is before spring growth begins.


Tips for Cutting Back Overgrown Bushes and Shrubs
Pruning is also a good method for training a plant to grow in a certain direction or shape. Although bushes and shrubs can be cut back at almost any time during the year, there are better and worse times recommended for pruning.


Pruning Shrubs
For this reason, it is best to begin pruning plants while they are young to encourage a compact growth habit. Prune young hedge plants (one to two years old) to within 12 inches of ground level. This procedure is called heading back, where stems are shortened and new growth is promoted below the cut.


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Normal, fertile soils teem with soil microbes. In fact, there may be hundreds of millions to billions of microbes in a single gram [about 4 hundredths of a pound and about the size of a navy bean in volume)(See Table 1)].ot only are the numbers of soil microbes generally very large, their combined mass (i.e. the soil microbial biomass) is also usually quite substantial. It can range from several hundred to thousands of pounds per acre of soil (Table 2).


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This soil food web is the basis of healthy, living soil. Significant soil organisms involved in the soil food web include: 1) bacteria, 2) fungi, 3) protozoa, 4) nematodes, 5) arthropods, and 6) earthworms. 1  Bacteria â Bacteria are simple, single-celled microorganisms.2  Bacteria inhabit a wide variety of habitats, including soil. The bacteria contain more nitrogen than the protozoa can utilize and some ammonium (NH4) is released to plants. 2  Protozoa also prevent some pathogens from establishing on plants and function as a food source for nematodes in the soil food web. 3  Nematodes â Nematodes are small, unsegmented round worms.


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How to encourage soil organisms Soil organisms range from bacteria (0.000001 mm) to giant tunnelling earthworms (1 m). They all play an essential role in decomposing organic matter, cycling nutrients and fertilising the soil.ow to encourage soil organisms Soil organisms range from bacteria (0.000001 mm) to giant tunnelling earthworms (1 m). They all play an essential role in decomposing organic matter, cycling nutrients and fertilising the soil.


Soils
Some bacteria affect water movement by producing substances that help bind soil particles into small aggregates (those with diameters of 1/10,000-1/100 of an inch or 2-200Âµm). Stable aggregates improve water infiltration and the soils water-holding ability.hat bacteria lack in size, they make up in numbers. A teaspoon of productive soil generally contains between 100 million and 1 billion bacteria. That is as much mass as two cows per acre. Figure 1: A ton of microscopic bacteria may be active in each acre of soil.


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Without soil microorganisms, insects, and worms feeding on organic matter, the nutrients in organic matter would remain bound in complex organic molecules that plants canât utilize. Second, as soil organisms break down organic matter, their activities help improve soil structure. The bacteria contain more nitrogen than the protozoa can utilize and some ammonium (NH4) is released to plants. 2  Protozoa also prevent some pathogens from establishing on plants and function as a food source for nematodes in the soil food web. 3  Nematodes â Nematodes are small, unsegmented round worms.


Soil Microbiology: A Primer
By far, the most numerous microbes in soil are bacteria, which have just one cell. Also abundant are fungi, which produce long, slender strings of cells called filaments, or hyphae. The actinomycetes are in-between these two organisms. They are advanced bacteria that can form branches like fungi.y far, the most numerous microbes in soil are bacteria, which have just one cell. Also abundant are fungi, which produce long, slender strings of cells called filaments, or hyphae. The actinomycetes are in-between these two organisms. They are advanced bacteria that can form branches like fungi.


Soils
The plant supplies simple carbon compounds to the bacteria, and the bacteria convert nitrogen (N2) from air into a form the plant host can use. When leaves or roots from the host plant decompose, soil nitrogen increases in the surrounding area.hat bacteria lack in size, they make up in numbers. A teaspoon of productive soil generally contains between 100 million and 1 billion bacteria. That is as much mass as two cows per acre. Figure 1: A ton of microscopic bacteria may be active in each acre of soil.


The Importance of Microbes in Soil
Microbes make nutrients in the soil available to plants in a form the plants can use. Microbes create some of those nutrients, and we (with Natureâs help) add the rest.Because the plants are healthier, they resist disease better, and tolerate environmental stress better.Microbes improve soil structure by the humus they create while digesting organic matter. Microbes help in nitrogen fixing.t is the microbes that convert the NPK and minerals in the soil into a form our plants can use to grow and produce food and flowers for us. Microbes Microbes are everywhere. They are in the air, in the rivers and oceans, in our drinking water, in the soil, and on our skin.


Soils
Most are decomposers that consume simple carbon compounds, such as root exudates and fresh plant litter. By this process, bacteria convert energy in soil organic matter into forms useful to the rest of the organisms in the soil food web. A number of decomposers can break down pesticides and pollutants in soil.hat bacteria lack in size, they make up in numbers. A teaspoon of productive soil generally contains between 100 million and 1 billion bacteria. That is as much mass as two cows per acre. Figure 1: A ton of microscopic bacteria may be active in each acre of soil.


EMâ¢1 Â®Soil Microbes Improve Soil Quality
Soils rich in organic matter such as beneficial soil microbes and that have been treated with organic fertilizers will require significantly less EMâ¢1Â® than soils with low organic matter and those that have been treated with conventional synthetic fertilizers.Mâ¢1Â® lives on the organic matter and clay particles in your soil. To improve soil conditions and accelerate the conversion of plant residue to stable humus, spray all plant residue with EMâ¢1Â®.


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Main Image: A Teepee also known as tipi refers to a conical tent used by nomadic tribes and tribal dwellers while hunting on the Great Plains. Teepees were made from animal skins supported by wooden poles.Teepees are associated with Native Americans residing in the Great Plains.he Lakota word thipi consists of the verb thi which means âto dwellâ and a plural suffix pi meaning âthey dwell.â Verbs in the Lakota language are commonly used as nouns as found in the word teepee used in the language to mean a âdwellingâ.


What is the Origin of Teepee?
A Teepee also known as tipi refers to a conical tent used by nomadic tribes and tribal dwellers while hunting on the Great Plains.Teepees were made from animal skins supported by wooden poles. Teepees are associated with Native Americans residing in the Great Plains.he Lakota word thipi consists of the verb thi which means âto dwellâ and a plural suffix pi meaning âthey dwell.â Verbs in the Lakota language are commonly used as nouns as found in the word teepee used in the language to mean a âdwellingâ.


Tipi
A tipi (also tepee or teepee) is a conical tent, traditionally made of animal skins upon wooden poles.A tipi is distinguished from other conical tents by the smoke flaps at the top of the structure.Historically, the tipi was designed and largely used by Indigenous people of the Plains in the Great Plains and Canadian Prairies of what is now North America.istorically, the tipi was designed and largely used by Indigenous people of the Plains in the Great Plains and Canadian Prairies of what is now North America.


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teepee-a Native American tent; usually of conical shape. tepee, tipi. indian lodge, lodge-any of various Native American dwellings. collapsible shelter, tent-a portable shelter (usually of canvas stretched over supporting poles and fastened to the ground with ropes and pegs); he pitched his tent near the creek.eepee-a Native American tent; usually of conical shape. tepee, tipi. indian lodge, lodge-any of various Native American dwellings. collapsible shelter, tent-a portable shelter (usually of canvas stretched over supporting poles and fastened to the ground with ropes and pegs); he pitched his tent near the creek.


tepee
Full Definition of TEPEE. : a conical tent usually consisting of skins and used especially by American Indians of the Great Plains.See tepee defined for English-language learners.See tepee defined for kids.efinition of TEPEE for Kids. : a tent shaped like a cone and used as a home by some American Indians.


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noun. A conical tent made of skins, cloth, or canvas on a frame of poles, used by American Indians of the Plains and Great Lakes regions. Example sentences. 1  To put the canvas on the tipi poles, the cover is laid out on the ground, the lifting pole is laid over the cover's middle and the cover is tied to the pole. At the Lodgepole Gallery and Tipi Village, flanked by two brightly painted Blackfeet tepees and Spanish mustang horses, we lie in our tepee, smelling prairie sage on the ever-present breeze. 2  Plains Indians, in contrast, erected tentlike tepees, constructed out of poles wrapped with buffalo skins.


Tipi
A typical family tipi is a conical, portable structure with two adjustable smoke flaps, multiple poles (historically from 12 to 25 feet long) called lodge poles. Lodgepole pine is the preferred wood in the Northern and Central Plains and red cedar in the Southern Plains.istorically, the tipi was designed and largely used by Indigenous people of the Plains in the Great Plains and Canadian Prairies of what is now North America.


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1. tepee-a Native American tent; usually of conical shape. teepee, tipi. indian lodge, lodge-any of various Native American dwellings. collapsible shelter, tent-a portable shelter (usually of canvas stretched over supporting poles and fastened to the ground with ropes and pegs); he pitched his tent near the creek.. tepee-a Native American tent; usually of conical shape. teepee, tipi. indian lodge, lodge-any of various Native American dwellings. collapsible shelter, tent-a portable shelter (usually of canvas stretched over supporting poles and fastened to the ground with ropes and pegs); he pitched his tent near the creek.


What is the Origin of Teepee?
The Lakota word thipi consists of the verb thi which means âto dwellâ and a plural suffix pi meaning âthey dwell.â Verbs in the Lakota language are commonly used as nouns as found in the word teepee used in the language to mean a âdwellingâ.he Lakota word thipi consists of the verb thi which means âto dwellâ and a plural suffix pi meaning âthey dwell.â Verbs in the Lakota language are commonly used as nouns as found in the word teepee used in the language to mean a âdwellingâ.


tepee
Definition of TEPEE for Kids. : a tent shaped like a cone and used as a home by some American Indians.efinition of TEPEE for Kids. : a tent shaped like a cone and used as a home by some American Indians.


Rawhide: Good or Bad for Your Dog?
In this article. Rawhide chews are a popular treat for dogs. You might have heard that rawhide is good for your dogâs teeth and helps with his natural instinct to chew.


Rawhide: The Good, The Bad, and The Ugly
The Good: Â· It promotes healthy gums and teeth in dogs. As the rawhide chews get moistened, it tends to wrap around your poochâs teeth; rubbing off any plaque buildup which in turn reduce his risk of acquiring serious dental problems. Â· It prevents dogs from chewing valuable items at home.


Rawhide: Good or Bad for Your Dog?
1 Rawhide bones and other edible chews can pose a choking and blockage risk. 2  In fact, this is a much bigger risk than contamination or digestive irritation. 3  If your dog swallows large pieces of rawhide, the rawhide can get stuck in the esophagus or other parts of the digestive tract.


Rawhide: The Good, The Bad, and The Ugly
The Good: Â· It promotes healthy gums and teeth in dogs. As the rawhide chews get moistened, it tends to wrap around your poochâs teeth; rubbing off any plaque buildup which in turn reduce his risk of acquiring serious dental problems.


How Safe Are Rawhide Dog Chews?
The bottom line is this: rawhide is not safe for your dog. There is no regulation over ingredients used in them, they contain many harmful chemicals and they present a serious choking hazard for your dog. Rawhide dog chews are one of the most common pastimes of treats for dogs.


How Safe Are Rawhide Dog Chews?
Rawhide dog chews are one of the most common pastimes of treats for dogs. Dogs love the taste of rawhide and owners love to give them something that they will enjoy.


How Safe Are Rawhide Dog Chews?
Rawhide is absolutely one of the most dangerous treats that you can give to your dog. Unfortunately, a lot of manufacturers and pet stores still do very well at selling the product. But because there are a lot of uninformed consumers, the sale of rawhide products will likely continue.


Rawhide: The Good, The Bad, and The Ugly
Because there have been lots of concerns regarding the safety of rawhide dog chews, it is a good idea to be familiar with the various kinds of rawhide available as well as the pros and cons accompanying these types of chew toys.


Rawhide: Good or Bad for Your Dog?
Rawhide treats come from the inner layer of cow or horse hides. During manufacturing, the hides are cleaned and cut or ground. Then theyâre pressed into chewable dog treats of different shapes and sizes. To make them more appealing for dogs, some rawhide treats contain beef, chicken, or liver flavorings.


Rawhide Dog Chews
Rawhide Safety Tips. If you choose the right type of rawhide dog chew and match it to Fido's chewing style, you've made a good start. But there's more to rawhide safety than that..... 1  Supervision. 2  It's very important to supervise your puppy or dog, whenever they are chewing on rawhide.


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Question: In the inversion of seventh chords, why are the numbers 6/5 used for the 1st inversion, 4/3 for the 2nd inversion, and 4/2 for the 3rd inversion? - K.P. Answer: The numbers come from the old practice of figured bass or thoroughbass, which in the 18th century was a common shorthand for keyboard players.or example, put a G7 chord in 3rd inversion and the notes will read, from the bottom up, F, G, B, D (the upper three notes can be in any order). Measuring intervals from the bass note F you can see that the three needed intervals are 6, 4, and 2.


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An inversion is a chromosome rearrangement in which a segment of a chromosome is reversed end to end.An inversion occurs when a single chromosome undergoes breakage and rearrangement within itself. Inversions are of two types: paracentric and pericentric.Paracentric inversions do not include the centromere and both breaks occur in one arm of the chromosome.n inversion occurs when a single chromosome undergoes breakage and rearrangement within itself. Inversions are of two types: paracentric and pericentric. Paracentric inversions do not include the centromere and both breaks occur in one arm of the chromosome.


Chromosomal inversion
An inversion loop in the A arm of a chromosome from an Axarus species midge. An inversion is a chromosome rearrangement in which a segment of a chromosome is reversed end to end. An inversion occurs when a single chromosome undergoes breakage and rearrangement within itself.Inversions are of two types: paracentric and pericentric.Paracentric inversions do not include the centromere and both breaks occur in one arm of the chromosome.n inversion occurs when a single chromosome undergoes breakage and rearrangement within itself. Inversions are of two types: paracentric and pericentric. Paracentric inversions do not include the centromere and both breaks occur in one arm of the chromosome.


Chord Inversions
3E Figured Bass Chord Inversions. Root Positionâhas just a 7 (1-3-5 implied) First Inversionâthe intervals above the bass is 3-5-6, which is abbreviated to 6-5. Second Inversionâthe intervals above the bass is 3-4-6, which is abbreviated to 4-3.Third Inversionâthe intervals above the bass is 2-4-6, which is abbreviated to 2.o a first inversion tonic chord can be indicated with a 3 below the Roman numeral I, to indicate that the third is in the bass, but the chord itself is still the tonic triad. The 5 below the I indicates that the fifth is in the bass, but the chord is still a tonic triad. The same can then apply to all other harmonies.


Inversions of Triads
Inversions of Triads. A triad is inverted when a note other than the root is acting as the bass note. Two inversions are possible: the third as the bass note or the fifth as the bass note. When the root is in the bass the triad is said to be in root position.When the third is in the bass the triad is in first inversion and when the fifth is in the bass the triad is in second inversion.A system of numbers is used along with roman numerals to indicate when triads are inverted.When a triad is in first inversion the number 6 is placed after the roman numeral and when a triad is in second inversion the numbers 6 and 4 are placed after the roman numeral.nversions of Triads. A triad is inverted when a note other than the root is acting as the bass note. Two inversions are possible: the third as the bass note or the fifth as the bass note. When the root is in the bass the triad is said to be in root position.


Inversion (music)
1 In the second designation, this chord is not considered an inversion of a tonic triad but as a dissonance resolving to a consonant dominant harmony. 2  This is notated as V6-5 4-3, I, in which the 6 4 is not the inversion of the V chord, but a dissonance that resolves to V5 3 (that is, V6 4, V).irst-inversion triads (6-3) are customarily abbreviated as 6, i.e. presence of the 3rd is understood. Second-inversion triads (6-4) are not abbreviated. Root-position seventh-chords, i.e. 7-5-3, are abbreviated as 7. First inversion seventh-chords 6-5-3, are abbreviated as 6-5.


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In the second inversion Play (helpÂ·info) , the bass is Gâthe 5th of the triadâwith the root and the 3rd above it (both again shifted an octave higher), forming a 4th and a 6th above the (inverted) bass of G, respectively.irst-inversion triads (6-3) are customarily abbreviated as 6, i.e. presence of the 3rd is understood. Second-inversion triads (6-4) are not abbreviated. Root-position seventh-chords, i.e. 7-5-3, are abbreviated as 7. First inversion seventh-chords 6-5-3, are abbreviated as 6-5.


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In the first inversion of a C major triad Play (helpÂ·info) , the bass is Eâthe 3rd of the triadâwith the 5th and the root stacked above it (the root now shifted an octave higher), forming the intervals of a minor 3rd and a minor 6th above the inverted bass of E, respectively.irst-inversion triads (6-3) are customarily abbreviated as 6, i.e. presence of the 3rd is understood. Second-inversion triads (6-4) are not abbreviated. Root-position seventh-chords, i.e. 7-5-3, are abbreviated as 7. First inversion seventh-chords 6-5-3, are abbreviated as 6-5.


Chord Inversions
So a first inversion tonic chord can be indicated with a 3 below the Roman numeral I, to indicate that the third is in the bass, but the chord itself is still the tonic triad. The 5 below the I indicates that the fifth is in the bass, but the chord is still a tonic triad.The same can then apply to all other harmonies.o a first inversion tonic chord can be indicated with a 3 below the Roman numeral I, to indicate that the third is in the bass, but the chord itself is still the tonic triad. The 5 below the I indicates that the fifth is in the bass, but the chord is still a tonic triad. The same can then apply to all other harmonies.


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First-inversion triads (6-3) are customarily abbreviated as 6, i.e. presence of the 3rd is understood. Second-inversion triads (6-4) are not abbreviated. Root-position seventh-chords, i.e. 7-5-3, are abbreviated as 7.First inversion seventh-chords 6-5-3, are abbreviated as 6-5.irst-inversion triads (6-3) are customarily abbreviated as 6, i.e. presence of the 3rd is understood. Second-inversion triads (6-4) are not abbreviated. Root-position seventh-chords, i.e. 7-5-3, are abbreviated as 7. First inversion seventh-chords 6-5-3, are abbreviated as 6-5.


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Home Pharmacist Columbus, OH Salary. Pharmacist Columbus, OH average salary is $62,289, median salary is $59,698 with a salary range from $18,365 to $1,463,000.Pharmacist Columbus, OH salaries are collected from government agencies and companies. Each salary is associated with a real job position.harmacist Columbus, OH Salary. Pharmacist Columbus, OH average salary is $62,289, median salary is $59,698 with a salary range from $18,365 to $1,463,000. Pharmacist Columbus, OH salaries are collected from government agencies and companies.


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(United States). A Pharmacy Technician in Columbus, Ohio earns an average wage of $11.95 per hour. Most people move on to other jobs if they have more than 20 years' experience in this field.Experience has a moderate effect on salary for this job. A skill in Inventory Management is associated with high pay for this job.United States). A Pharmacy Technician in Columbus, Ohio earns an average wage of $11.95 per hour. Most people move on to other jobs if they have more than 20 years' experience in this field.


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New Search Ohio Pharmacist SalariesNew SearchWithin Ohio there is a lot of variation in Pharmacist Salaries. These variations depend on on a wide range of factors from population to general competitiveness in the market.Below is a map displaying a few key cities in Ohio and surrounding states, click on any one to find Pharmacist Salaries for that area.ew Search Ohio Pharmacist SalariesNew SearchWithin Ohio there is a lot of variation in Pharmacist Salaries. These variations depend on on a wide range of factors from population to general competitiveness in the market.


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Average Pharmacist salaries for job postings in Ohio are 4% lower than average Pharmacist salaries for job postings nationwide.verage Pharmacist salaries for job postings in Ohio are 4% lower than average Pharmacist salaries for job postings nationwide.


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In the United Kingdom, the average annual salary of a pharmacist is from 23,724 â Â£50,979. The median average salary of pharmacist is around Â£37,517. The average salary of pharmacist on number of work experience is as follows.n BLS, states that are said to be paying the highest salaries for pharmacists are Alaska, Maine, California, Vermont and Delaware where average salaries are $129,170, $128,030, $125,800, $125,520, and $121,830 respectively.


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Average Pharmacist salaries for job postings in Cincinnati, OH are 6% lower than average Pharmacist salaries for job postings nationwide.verage Pharmacist salaries for job postings in Cincinnati, OH are 6% lower than average Pharmacist salaries for job postings nationwide.


What is uniboob and how do i know if i have it?
Rating Newest Oldest. Best Answer: Uniboob is what you get when wearing sports bras. The bras have to be tight enough to hold the breasts close to the body to decrease trauma to the connective tissue and the squished horizontal shape going across the chest is referred to as a uniboob.eport Abuse. Uniboob usually happens when you are wearing a sports bra because its one singular strip of fabric meant to hold your breasts in together. Having uniboob can be avoided by simply wearing an under wire bra or bra with cups.


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uniboob. When a larger chested woman wears a sports bra it is tremendously restricting. It is described as -- A large lump of two breasts squeezed together by the wearing of a sports bra.The end result is that the woman's breasts no longer have the Lift and Separate affect. should get me one of those. by lizzie millard November 08, 2007. 5. uniboob. A case of the rare condition called symmastia, in which a woman's two breasts literally grow together and join in the middle of the chest, so it looks like a single dumbell-shaped breast across the chest.


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i should get me one of those. by lizzie millard November 08, 2007. 5. uniboob. A case of the rare condition called symmastia, in which a woman's two breasts literally grow together and join in the middle of the chest, so it looks like a single dumbell-shaped breast across the chest.It can be a congenital condition or a complication arising from breast augmentation surgery. should get me one of those. by lizzie millard November 08, 2007. 5. uniboob. A case of the rare condition called symmastia, in which a woman's two breasts literally grow together and join in the middle of the chest, so it looks like a single dumbell-shaped breast across the chest.


How to avoid the uniboob
How to avoid the uniboob. Written by Fiona / bras, brayola / March 08, 2012. In case anyone reading this is unaware of what a âuniboobâ is, we thought we would educate you with this great definition according to the prestigious urban dictionary :âWhen it looks like you have one massive breast. This usually happens when a girl wears a sports bra or one of those tank tops with the shelf braâ.he not so funny thing about the uniboob look is it can cause serious chaffing and irritation; thatâs the last thing you need when working out! Not to mention, the point of a sports bra is to minimize any movement! So here are our Top 3 Sports Bras that separate, shape and support you.


Symmastia / Synmastia
Synmastia (also called uniboob or breadloafing; often misspelled as symmastia) is a specific example of a post-operative problem requiring a thorough, systematic approach and innovative surgical techniques.ynmastia (also called uniboob or breadloafing; often misspelled as symmastia) is a specific example of a post-operative problem requiring a thorough, systematic approach and innovative surgical techniques.


BotchedPatient Goes From Concave Chest to Major Uniboob, Thinks She'll Never Be NormalâSee the Emotional Sneak Peek!
Meet Botched patient Kelsey, also known as the uniboob queen. She was born botched with a disorder that caused her chest to be concaved.Having this problem, she couldn't take part in sports and activities because she couldn't keep up.eet Botched patient Kelsey, also known as the uniboob queen. She was born botched with a disorder that caused her chest to be concaved.


breast augmentation
Symmastia is one of the rarer, but more expensive and difficult complications to repair. It has many different names including synmastia, breadloafing, kissing breast implants, and uniboob. Basically, when symmastia occurs, the implants meet in the middle of the chest.There is no separation between the implants, hence the name kissing implants..ymmastia is one of the rarer, but more expensive and difficult complications to repair. It has many different names including synmastia, breadloafing, kissing breast implants, and uniboob. Basically, when symmastia occurs, the implants meet in the middle of the chest.


Botched Surgery Leaves Woman With âUniboobâ (VIDEO)
This is the best way to be certain that he or she has completed the necessary training and meets certain standards to practice plastic surgery.. When Dinora Rodriguez, 40, went under the knife for a breast enhancement operation, what she got was something out of a horror movie, the Daily Mail reported.Her surgeon cut across two pockets of breast tissue, which allowed the implants to touch at the middle and create the look of a single breast, or uniboob..Rodriguez described the horror of waking up to the botched surgery to MSNBC: My breasts looked really bad. It looked like I had one big breast instead of two.otched surgery leaves woman with 'uniboob' - Health-Skin and ...


Symmastia (Uniboob) & Fluffing
It is also less commonly known as breadloafing. The picture shows an example of symmastia. This complication only occurs with unders (under the muscle breast implants). Uniboob occurs when the two breasts meet in the middle of the chest.The contact of the breasts with each other is not just externally. The implants themselves or the breast tissue from each breast will actually make permanent contact.t is also less commonly known as breadloafing. The picture shows an example of symmastia. This complication only occurs with unders (under the muscle breast implants). Uniboob occurs when the two breasts meet in the middle of the chest.


What is uniboob and how do i know if i have it?
Report Abuse. Uniboob usually happens when you are wearing a sports bra because its one singular strip of fabric meant to hold your breasts in together. Having uniboob can be avoided by simply wearing an under wire bra or bra with cups.You have uniboob when you can't distinguish between one boob or the other.eport Abuse. Uniboob usually happens when you are wearing a sports bra because its one singular strip of fabric meant to hold your breasts in together. Having uniboob can be avoided by simply wearing an under wire bra or bra with cups.


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The five species of rhinoceros that occur in Africa and Asia live in assorted natural habitats. The two in Africa, the black rhino and the white rhino, live in very different conditions than the Indian, Javan and Sumatran rhinos of Asia.These huge mammals have habitat requirements based mostly on their strictly vegetarian diets.abitat and Diet. The white rhino is a grazing herbivore, which is why it lives in an open grassland habitat. The black rhinoâs diet is much more diverse, as it can eat the leaves, twigs and stems of shrubs and trees, along with grass. This allows it to live in a wider range of habitats.


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In captivity, a rhino may live 40 years. RANGE: Rhinos are found in parts of Africa and Asia. HABITAT: Rhino habitat ranges from savannas to dense forests in tropical and subtropical regions. FOOD: Rhinos are herbivores, meaning they eat only plants.White rhinos, with their square-shaped lips, are ideally suited to graze on grass. Other rhinos prefer to eat the foliage of trees or bushes.ABITAT: Rhino habitat ranges from savannas to dense forests in tropical and subtropical regions. FOOD: Rhinos are herbivores, meaning they eat only plants. White rhinos, with their square-shaped lips, are ideally suited to graze on grass. Other rhinos prefer to eat the foliage of trees or bushes.


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The African rhino is divided into two species, the black rhino and the white rhino. White rhinos mainly live in South Africa, but they have also been reintroduced to Botswana, Namibia, Swaziland, and Zimbabwe. Southern white rhinos have been introduced to Kenya, Zambia, and Cote dâIvoire.hinos tend to live where they like to eat. The black rhino is a browser. Its triangular-shaped upper lip, which ends in a grasping point, is used to eat a large variety of vegetationâincluding leaves; buds; and shoots of plants, bushes, and trees.


Rhinoceros Habitat
The Rhinoceros has a vast habitat that ranges from the savannas to the forests. They live in areas that are tropical and sub tropical.They need lots of food and they need to have access to water. This is why you will often find them living in close proximity to grasslands, trees, and bodies of water.he Rhinoceros has a vast habitat that ranges from the savannas to the forests. They live in areas that are tropical and sub tropical.


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Habitat and Diet. The white rhino is a grazing herbivore, which is why it lives in an open grassland habitat. The black rhinoâs diet is much more diverse, as it can eat the leaves, twigs and stems of shrubs and trees, along with grass. This allows it to live in a wider range of habitats.The Javan and Sumatran rhinos are mostly browsers.abitat and Diet. The white rhino is a grazing herbivore, which is why it lives in an open grassland habitat. The black rhinoâs diet is much more diverse, as it can eat the leaves, twigs and stems of shrubs and trees, along with grass. This allows it to live in a wider range of habitats.


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Types. The habitat of the white rhino are the savannahs of Africa that feature both tall grass and short grass. The black rhino will reside in more tropical bushlands that feature some taller growth, as well as in grasslands. The Indian rhinoceros lives along the floodplains of rivers that support fertile grasslands.abitat and Diet. The white rhino is a grazing herbivore, which is why it lives in an open grassland habitat. The black rhinoâs diet is much more diverse, as it can eat the leaves, twigs and stems of shrubs and trees, along with grass. This allows it to live in a wider range of habitats.


RHINOS HABITAT
Typically, rhinos are solitary animals, although not unsociable when they meet one another in the wild. White Rhinos are an exception to this rule, and prefer to live in small herds, made up mostly of females. Of course, there are basic requirements for the natural habitat of rhinos, as there are with all animals.They require food, shelter and water in order to survive.hite Rhinos and Black Rhinos are found throughout the continent of Africa. Black Rhinos prefer woody vegetation that is densely packed, giving the animal privacy and shelter, as well as grassland-forest transition areas. However, it will also live in grassy plains and dry savannah woodlands.


Rhinoceros Habitat
The distinct habitats of these animals also often depends on the type of Rhinoceros you are referring to. Both the White Rhinoceros and the Black Rhinoceros live in the savannahs. Here they may be found on the plains or in the woodlands.It is dry and hot in this area.he Rhinoceros has a vast habitat that ranges from the savannas to the forests. They live in areas that are tropical and sub tropical.