Chemistry-Unit 1 Matter
A) The total mass of the reactants increases. B) The total mass of the products is greater than the total mass of the reactants. C) The total mass of the products is less than the total mass of the reactants. D) The total mass of the reactants equals the total mass of the products.


Science Ch 2-4 Notes
Liquids Change Shape but Not Volume . The only thing that would change when the juice is poured into the glass is the shape of the juice. The shape changes because juice is a liquid. Liquid is the state of matter that has a definite volume but takes the shape of its container . The particles in liquids move fast enough to overcome some of the attractions between them. The particles slide past each other until the liquid takes the shape of its container. Although liquids change shape, they do not easily change volume.


Please Help Chemistry Questions Multiple Choice?
A vapor is which state of matter? a. solid c. gas b. liquid d. all of the above 14. A substance that forms a vapor is generally in what physical state at room temperature? a. solid c. gas b. liquid d. liquid or solid 15. Which state of matter has a definite volume and takes the shape of its... show more A vapor is which state of matter? a. solid c. gas b. liquid d. all of the above 14. A substance that forms a vapor is generally in what physical state at room temperature? a. solid c. gas b. liquid d. liquid or solid 15. Which state of matter has a definite volume and takes the shape of its container? a. solid c. gas b. liquid d. both b and c 16. Which state of matter takes both the shape and volume of its container? a. solid c. gas b. liquid d. both b and c 17. Which state of matter is characterized by having an indefinite shape, but a definite volume? a.


Please Help Chemistry Questions Multiple Choice?
a. solid c. gas. b. liquid d. all of the above. 14. A substance that forms a vapor is generally in what physical state at room temperature? a. solid c. gas. b. liquid d. liquid or solid.


Food and Cancer Prevention
Some foods and parts of foods may increase cancer risk or help prevent cancer.Researchers have studied how these types of food and parts of foods could affect cancer growth:Plant-based foods.


Carotenoids
Adverse effects of lutein and zeaxanthin have not been reported . Safety in pregnancy and lactation Î²-Carotene. Unlike vitamin A, high doses of Î²-carotene taken by pregnant women have not been associated with increased risk of birth defects .


What are cruciferous vegetables?
Most studies have reported little association, but one U.S. analysisâusing data from the Nursesâ Health Study and the Health Professionalsâ Follow-up Studyâshowed that women who ate more than 5 servings of cruciferous vegetables per week had a lower risk of lung cancer (16).


Common questions about diet and cancer
Several studies have suggested that foods high in calcium might help reduce the risk of colorectal cancer, and calcium supplements modestly reduce the recurrence of colorectal polyps. But a high calcium intake, whether through supplements or food, has also been linked with an increased risk of prostate cancer. In light of this, men should try to get â but not exceed â recommended levels of calcium, mainly through food sources.


ReviewCan phytochemical antioxidant rich foods act as anti-cancer agents?
Certain legumes, such as soybeans, are rich in isoflavones, which possess antioxidative as well as estrogenic activities. The estrogenic effects of soybeans (at specific amount) have been reported to reduce the risk of breast cancer (Adlercreutz, 2003; Hsieh, Santoli, Haslam, William, & Helferich, 1998). In light of the above finding, reported in the literature, the question that still remains is whether anti-cancer properties of these foods can be predicted by their antioxidant capacity profiles.


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improved assessment of tomato product intake and incorpo-ration of updated lycopene databases, direct measurement of lycopene in prostate tissue, and development of reliable inter-mediate markers of prostate carcinogenesis. Keywords: Carotenoids, chemoprevention, epidemiology, lycopene, prostate cancer, tomatoes. Prostate cancer is the most commonly diagnosed cancer among men living in the United States, and the second leading cause of cancer mortality (Ries et al., 2000). In 2000, approximately 180,000 men were diagnosed with this disease, and about 32,000 men died as a result (American Cancer Society, 2001). Worldwide, prostate cancer is the


Lycopene Benefits: Tomatoes and Prostate Cancer Risk
The Health Professionals Follow-Up study carried out in 1995 was the first to indicate that lycopene in tomatoes may have anticancer benefits, specifically that it may help to lower prostate cancer risk.


Can Prostate Cancer Be Prevented?
Some drugs might help reduce the risk of prostate cancer. 5-alpha reductase inhibitors. The drugs finasteride (Proscar) and dutasteride (Avodart) have been studied to see if they can lower prostate cancer risk, but itâs not clear if the benefits outweigh the risks for most men.


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Therapeutic combinations of foods rich in phytochemicals that have yet to be identified could be effective for both cancer prevention and treatment.22 Thereâs also evidence that some phytochemicals may have varying effects with respect to cancer risk, depending on an individualâs age and genetic makeup.


What is coaching? 10 definitions
âA coach must be able to provide a good working definition of coaching and articulate the difference between coaching and psychotherapyâ. Whilst this sentence might appear on the surface to be self-explanatory, the vast range of definitions can only be a challenge to a coach wishing to provide âa good working definitionâ.


coaching
The role of the coach is to create a supportive environment in which to challenge and develop the critical thinking skills, ideas and behaviour of the person being coached, so that they might reach their full potential. Sport medicine


Coaching Definitions
âCoaching is an ongoing professional relationship that helps people produce extraordinary results in their lives, careers, businesses or organizations. Through the process of coaching, clients deepen their learning, improve their performance, and enhance their quality of life.


coach
Definition of coach for Students. 1  1 : a large carriage that has four wheels and a raised seat outside in front for the driver and is drawn by horses. 2  2 : a person who instructs or trains a performer or team. 3  3 : a person who teaches students individually. 4  4 : a railroad passenger car without berths.


coaching
A quasi-formal teaching format in the UK which consists of a one-to-one relationship between a doctor or manager and a student/apprentice that aims to teach and improve performance, usually by focusing on achieving predefined objectives within a specific time period.


Everything you ever wanted to know about coaching and mentoring
The titles âcoaching psychologistâ and âpositive psychologistâ are, for example, not restricted. As this is the case, when selecting a coach or mentor with therapeutic, counselling or business focused psychological skills it is important to ensure they are registered with an appropriate regulatory body.


Everything you ever wanted to know about coaching and mentoring
Both coaching and mentoring are processes that enable both individual and corporate clients to achieve their full potential. Coaching and mentoring share many similarities so it makes sense to outline the common things coaches and mentors do whether the services are offered in a paid (professional) or unpaid (philanthropic) role.


Coaching Definitions
âCoaching is a one-on-one development process formally contracted between a professional coach and a management-level client to increase the clientâs managerial and/or leadership performance, often using action learning.â


Coaching
ADHD coaching is a specialized type of life coaching that uses specific techniques designed to assist individuals with attention-deficit hyperactivity disorder. The goal of ADHD coaching is to mitigate the effects of executive function deficit, which is a typical impairment for people with ADHD.


Michigan Long Term Care
Michigan Long Term Care. Eligibility: 1. Residency and Citizenship â the applicant must be a Michigan resident and be a U.S. citizen or have proper immigration status. 2. Age/Disability â the applicant must be age 65 or older, or blind, or disabled.


Long Term Care Insurance Applications
Then each application for insurance is reviewed to determine if the applicant meets those standards. Long Term Care Insurance Underwriting requires total medical underwriting and risk classification. Medical underwriting involves assessing the applicant's risk of death.


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APPLICATION FOR LONG-TERM CARE SERVICES. Medicaid Benefits for People Needing Long-Term Care. â¢ Fill out this application to see if you qualify for long-term care services coverage through Medicaid. This program. is only for those who are planning to live or now live in a nursing facility, group home, or developmental center in.


What Is Long-Term Care Insurance?
Long Term Care Insurance Applications. and cost quotation. The quotation you receive is not an offer for insurance by the insurance company, rather it is meant to give you a best guess of the cost of insurance given the health rate class and insured benefits that the illustration assumes.


Long Term Care Insurance Applications
You will receive via e-mail your personalized long term care illustration. and cost quotation. The quotation you receive is not an offer for insurance by the insurance company, rather it is meant to give you a best guess of the cost of insurance given the health rate class and insured benefits that the illustration assumes.


Assisted Living Policy and Regulation: State Survey
Application for Choices for Care Long-Term Care Medicaid. The Choices for Care Long-Term Care Medicaid (CFC LTC) program helps pay for care and support for older Vermonters. and people with physical disabilities. To be eligible you must meet financial and clinical criteria. The Economic Services.


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ï¨ If you already receive Long-Term Care Medicaid, and this is your review, see the next page. If you do not already receive Long-Term Care Medicaid, we need the items listed below to process your application. items as you can with this application. The more items we have the faster we can process your application.


The Menstrual Cycle
Therefore, the pituitary secretes FSH and LH, a process which actually begins before the onset of menses. These hormones, in turn, stimulate the growth of several ovarian follicles (each containing one egg). The number of follicles in the cohort of developing follicles each month is unique to each individual. One follicle will soon begin to grow faster than others âthe dominant follicle.


The Menstrual Cycle and the Hormones Involved
Follicular Stage: Days 1 to 14. The first day of your period counts as day 1 and also the first day of what is called the follicular phase of your cycle. This phase lasts until ovulation. During this time the pituitary gland secretes follicle-stimulating hormone (FSH).


The Menstrual Cycle
Luteinizing hormone (LH), the other reproductive pituitary hormone, aids in egg maturation and provides the hormonal trigger to cause ovulation and the release of eggs from the ovary. The Ovary The main function of the ovaries is the production of ooctyes (eggs) and hormones.


The Menstrual Cycle
The most important hormone for reproduction is called gonadotropin releasing hormone or better known as GnRH. It is released in a rhythmic fashion every 60-120 minutes. GnRH stimulates (causes) the pituitary gland to produce follicle stimulating hormone (FSH), the hormone responsible for starting follicle (egg) development and causing the level of estrogen (the primary female hormone) to rise.


Gonadal hormone
Follicle-stimulating hormone (FSH) is a gonadotropin, a glycoprotein polypeptide hormone. FSH is synthesized and secreted by the gonadotropic cells of the anterior pituitary gland, and regulates the development, growth, pubertal maturation, and reproductive processes of the body.


The atmospheres of other planets
Venus itself rotates only once every 243 Earth days. Surface pressures on Venus are around 95,000 millibars. (By contrast, Earth has a sea-level pressure of around 1,000 millibars.) Mars, in contrast, has a thin atmosphere composed of about 95 percent carbon dioxide, with the remainder being mostly diatomic nitrogen. Traces of water vapour also occur. Mars has a mean surface air temperature estimated at 210 K (â63 Â°C, or â82 Â°F), and surface pressures hover near 6 millibars.


Which planet has a dense carbon dioxide atmosphere & high surface tempature?
Answers. 1  That would be Venus. Venus has the densest atmosphere of all the terrestrial planets in the Solar System, consisting of mostly carbon dioxide. The mass of the atmosphere of Venus is 96.5% carbon dioxide, with most of the remaining 3.5% being nitrogen. The atmospheric pressure at the planet's surface is 92 times that of the Earth.


Solar System
TRUE or FALSE: Most of the Earth's atmosphere is composed of oxygen gas. FALSE (nitrogen) TRUE or FALSE: No other planet in the solar system has oceans like Earth's.


Answers
C. The earth has a greater bulk density than Venus and Mars. 2) What is the main reason that no liquid water exists on the surface of Mars now? A. The surface pressure is too low. 3) According to the Viking orbiter results, in winter the outer parts of the Martian pole caps consist mostly of: B. carbon dioxide ice.


CHAPTER 10
8) The earth has a strong planetary magnetic field, in contrast to Mars, which has a very weak field, if any at all. 1  In terms of the dynamo model, we can explain this difference by noting that: 2  A. Mars rotates very slowly. 3  B. Mars is farther from the sun than the earth. 4  C. the interior of Mars is very hot.


CHAPTER 10
8) The earth has a strong planetary magnetic field, in contrast to Mars, which has a very weak field, if any at all. In terms of the dynamo model, we can explain this difference by noting that: A. Mars rotates very slowly.


Mars' Atmosphere: Composition, Climate & Weather
The north and south polar regions of Mars are capped by ice, much of it made from carbon dioxide, not water. Today, NASA says seasonal changes are due to the waxing and waning of the carbon dioxide ice caps, dust moving around in the atmosphere, and water vapor moving between the surface and the atmosphere.


What Is The Atmosphere Like On Other Planets?
Here on Earth, we tend to take our atmosphere for granted, and not without reason. Our atmosphere has a lovely mix of nitrogen and oxygen (78% and 21% respectively) with trace amounts of water vapor, carbon dioxide and other gaseous molecules. Whatâs more, we enjoy an atmospheric pressure of 101.325 kPa, which extends to an altitude of about 8.5 km.


Can Moons Have Their Own Moons?
The best candidates would be: 1  as massive as possible, 2  relatively far away from the parent body to minimize the inspiral risk, 3  not so far away that thereâs a chance of an easy ejection, 4  and â this is a new one â well-separated from any other moons, rings, or satellites that could perturb your system.


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Jupiter - Moons: year discovered discoverer distance from planet (km) diameter (km) orbital period (days) Adrastea: 1979: Jewitt & Danielson: 128,980: 26 X 16: 0.298: Aitne: 2001: S. Sheppard, D. Jewitt, & J. Kleyna: 23,547,000: 3: 736: Amalthea: 1892: E. Barnard: 181,300: 262 X 134: 0.498: Ananke: 1951: S. Nicholson: 21,200,000: 20: 631: Aoede: 2003: S. Sheppard, D. Jewitt, & J. Kleyna: 23,807,655: 4: 748.8: Arche


Astronomy Chapter 4
The largest of the trans-Neptunian objects (TNOs) are called dwarf planets. True or False: In increasing distance from the Sun, the correct listing of collections of objects is the asteroid belt, the Oort cloud and then the Kuiper belt. True or False: The Oort cloud is comprised of a swarm of potential comets.


How Many Moons are in the Solar System?
If, however, we open the floor to dwarf planets that have objects orbiting them, the number climbs to 182. 1  The moons, several minor planets and comets of the Solar System, shown to scale. 2  Phobos and Deimos, photographed here by the Mars Reconnaissance Orbiter. 3  Illustration of Jupiter and the Galilean satellites.


Natural satellite
Most of the 178 known natural satellites are irregular moons, while only 19 are large enough to be round. Ganymede, followed by Titan, Callisto, Io and Earth's Moon are the largest natural satellites in the Solar System (see List of natural satellites Â§ List). A natural satellite or moon is, in the most common usage, an astronomical body that orbits a planet or minor planet (or sometimes another small Solar System body). In the Solar System there are six planetary satellite systems containing 175 known natural satellites.


Collision-Free Theory Explains Why Uranus Is Lying on Its Side
Collision-Free Theory Explains Why Uranus Is Lying on Its Side. Astronomers have always assumed that Uranus must have been knocked onto its side by a collision. Now a new idea suggests that the planetâs remarkable tilt could have another explanation. Astronomers have always assumed that Uranus must have been knocked onto its side by a collision.


Planet rotating on its side?
Uranus is tilted 98 degrees. Instead of spinning like an upright top, it appears to spin like a top held sideways. It may have been knocked over billions of years ago by an impact with another large body. The appearance of its spin axis is relative to the sun, of course. You can look at it from whichever angle you want, but compared to the plane of the planets and their orbits around the sun, it's on its side. The Earth is tilted 23.5 degrees, and Jupiter, by comparison, is upright compared to the plane of the planets; it's tilted by only 3 degrees.


The Planet Uranus
The thin, coal-black rings of the planet likely formed after the planet was knocked over. Same with the little clutch of small moons of Uranus, the largest of which are named after the Shakespearean characters Titania, Oberon, Miranda, Umbriel, and Ariel.


Uranus Got Knocked Over by One-Two Punch
The planet Uranus got knocked on its side not by a single, massive blow but by two powerful impacts, new computer simulations hint. The planet Uranus got knocked on its side not by a single, massive blow but by two powerful impacts, new computer simulations hint. Related Content Uranus at Its Best, and More Can't-Miss Sky Events in October


The Planet Uranus
Another odd featureâ¦ Uranus rotates on its side. Its otational axis is inclined 98 degrees to its orbital plane, which suggests it received a mighty thump in the early days of the solar system that knocked the planet on it side. As a result, the northern and southern hemispheres of the planet remain in darkness for decades at a time.


The Planet Uranus
Politics dominated the debate over the name of the new planet. Possible names included âGeorgeâs Planetâ and âGeorgeâs Starâ, after the English king. But the neutral name of Uranus was chosen by Johann Bode in honor of the Greek god of the sky. Uranus remains the only major planet not directly named after a Roman god.


Uranus - facts about planets in the solar system
Image copyright Image caption Uranus is the only planet to rotate on its side. Uranus is the third biggest planet in the solar system and the only planet that rotates on its side. Scientists think it may have been knocked over onto its side by another planet long ago. This means that some parts of Uranus can't be reached by the Sun for long periods of time.


Uranus - facts about planets in the solar system
Image copyright NASA Image caption Uranus is the only planet to rotate on its side Uranus is the third biggest planet in the solar system and the only planet that rotates on its side. Scientists think it may have been knocked over onto its side by another planet long ago. This means that some parts of Uranus can't be reached by the Sun for long periods of time. Some nights can last as long as 40 Earth years there! Uranus was the first planet to be discovered by a telescope by Sir William Hershel in 1781.


Uranus Got Knocked Over by One-Two Punch
Unlike the other seven planets, Uranus's rotation axis has a bizarre 98-degree tilt relative to the solar system's orbital plane. In other words, the planet seems to roll around on its side as it orbits the sun.


Penalty (ice hockey)
Coincidental (or matching) minor penalties occur when an equal number of players from each team are given a minor penalty at the same time. The permission of a substitute player depends on the league and the situation at the time of the infractions.


Section Four - PenaltiesShare this Page
(c) If the opposing team scores a goal while a team is shorthanded (below the on ice numerical strength of its opponent at the time of the goal) by one or more minor penalties, one of such penalties shall automatically terminate.


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Rule 402 | Minor Penalties. (Note) (Except for Adults) Affiliates or governing bodies are authorized to reduce the length of minor penalties to no less than one and one-half minutes for games under their jurisdiction where the period length is reduced to 15 minutes or less.


Section Four - PenaltiesShare this Page
Additional minor penalties assessed at the same stoppage that are not considered coincidental minor penalties shall be served in the normal manner. Coincidental minor penalties shall not be taken into account for the purpose of a delayed penalty under Rule 408 (Delayed Penalties).


Section Four - PenaltiesShare this Page
The penalty that terminates automatically is the first minor or bench minor penalty (non-coincidental) then being served by the âshorthandedâ team. This rule shall not apply when a goal is scored on a penalty shot or an awarded goal.


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(d) When the minor penalties of two s of the same team terminate at the same time, the captain of that team shall designate which will return to the ice first. (e) When a receives a major and a minor at the same time, the major shall be served first by the penalized .


Penalty (ice hockey)
Expiration rules of double- or triple-minor penalties due to goals being scored are identical to that of regular minor penalties being served back-to-back. Major penalty. A major penalty is a stronger degree of penalty for a more severe infraction of the rules than a minor.


Section Four - PenaltiesShare this Page
Rule 402 | Minor Penalties. ( 1 Note) (Except for Adults) Affiliates or governing bodies are authorized to reduce the length of minor penalties to no less than one and one-half minutes for games under their jurisdiction where the period length is reduced to 15 minutes or less.


Section Four - PenaltiesShare this Page
(e) When a player receives a major penalty and a minor penalty at the same time, the major penalty shall be served first by the penalized player. However, if the major or match penalty is assessed under the coincidental major or match penalty rules, the minor penalty will be recorded and served first.


How and why does precipitate form?
The precipitate forms if the substance is in a concentration above its solubility. Sometimes it requires the presence of particles (dust for example) to act as crystallization nuclei. Say you made HaCl (Hamsterium chloride, MW 100) and the reaction formed 0.1 mol of the salt in a liter solution.


Does precipitate form?
The product on the left side of the equation above is greater than 1.6 x 10^-5, so a precipitate will form.


Precipitation Reactions: Predicting Precipitates and Net Ionic Equations
Solubility rules: 1  Common sodium, potassium and ammonium compounds are soluble in water. 2  Common nitrates, acetates and chlorates are soluble. 3  Common chlorides are soluble except for silver, mercury and lead. 4  Common sulfates are soluble except calcium, barium, strontium and lead.


Precipitation Reactions: Predicting Precipitates and Net Ionic Equations
When two aqueous solutions react, they sometimes form solids in the solution. The solid is called a precipitate. Precipitation reactions occur when the cations of one reactant and the anions of a second reactant found in aqueous solutions combine to form an insoluble ionic solid that we call a precipitate. Most precipitates are formed in a double-replacement reaction.


Chemical precipitation
Precipitation often is used to remove metal ions from aqueous solutions: silver ions present in a solution of a soluble salt, such as silver nitrate, are precipitated by addition of chloride ions, provided, for example, by a solution of sodium chloride; the chloride ions and the silver ions combine to form silver chloride, a compound that is not soluble in water.


Solubility Rules
Solubility Rules. 1  Salts containing Group I elements (Li+, Na+, K+, Cs+, Rb+) are soluble . There are few exceptions to this rule. Salts containing the ammonium ion (NH4+) are also soluble. 2  Salts containing nitrate ion (NO3-) are generally soluble. 3  Salts containing Cl -, Br -, or I - are generally soluble.


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Precipitation Reactions A precipitate is a solid that forms out of solution. A common example is that of the mixing of two clear solutions: (1) silver nitrate (AgNO3) and (2) sodium chloride (NaCl): The reaction is The precipitate forms because the solid (AgCl) is insoluble in water.


Traditional Chinese Medicine and Endangered Animals
TCM uses approximately 1,000 plant and 36 animal species, including the tiger, rhinoceros, black bear, musk deer, and sea horse; the tiger, rhinoceros, and sea horse are endangered. Tiger (Panthera tigris) In TCM the bones of Panthera tigris have been used in wines, plasters, and manufactured medicines to treat arthritis and other joint ailments.


Traditional Chinese Medicine and Endangered Animals
Seahorse (Hippocampus kelloggi) The seahorse, used as a treatment for kidney ailments, circulatory problems, and impotence, has been a feature of TCM for centuries. In fact, it was mentioned in the famous work Bencao gangmu (1578; Ã¢â¬ÅGreat PharmacopoeiaÃ¢â¬), a description of nearly 2,000 drugs.


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Bloodroot flowering near Ithaca, New York Photo courtesy Kathryn A. Lynch and Eric T. Jones Of course, the use of wild species to cure and resist disease is nothing new. In China, medicinal plant use goes back at least 4,000 years, and healers have used more than 5,000 plant species (Tuxhill, 1999). More than 80


Traditional Chinese Medicine and Endangered Animals
The rising demand, combined with reduced habitat, has caused an alarming increase in the number of plant and animal species (used for medicinal purposes) at risk. This article highlights some of the threatened and endangered animal species used in traditional Chinese medicine, the most widely practiced traditional system. Traditional Chinese medicine (TCM) TCM is a health care system in which patients are treated with natural plant, animal, and mineral remedies.


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than 1 percent of all tropical plant species had been screened for potential pharmaceutical applications. As medicinal plants receive increased scientific and commercial attention, there is increasing pressure on the wild plant populations from which most medicinal plants are harvested.


Traditional Chinese Medicine and Endangered Animals
Mending the Web of Life: Chinese Medicine and Species Conservation, launched in September 2006 at the Third International Congress of Traditional Medicine in Toronto, is the book for anyone concerned about the use of endangered animals and plants in traditional Chinese medicine (TCM).


Soil
For all of these reasons, the study and conservation of medicinal plant (and animal) species has become increasingly urgent. The accelerating loss of species and habitat worldwide


Traditional Chinese Medicine and Endangered Animals
To Learn More. 1  Born Free/USA Dedicated to keeping wildlife in the wild. 2  WWF initiatives on endangered animals. 3  TRAFFIC the wildlife trade monitoring network. 4  Declaration of Alma-Ata, International Conference on Primary Health Care (1978) 5  Information on WHO Congress on Traditional Medicine (Nov. 7-9, 2008, Beijing)


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medicinal plants at risk natureâs pharmacy, our treasure chest Center for Biological Diversity Page 2 Organizations and governments throughout the world are rising to meet this challenge.


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medicinal plants at risk natureâs pharmacy, our treasure chest drugs, at least 118 are based on natural sources: 74 percent come from plants, 18 percent from


Story: Volcanoes
Volcanoes are classified according to their state of activity, which changes as magma rises towards the surface. 1  An active volcano is one that is actually erupting, or is showing signs of unrest (e.g. ground movement, earthquakes) that may lead to an eruption.


Story: Volcanoes
New Zealand lies at the south-west end of a vast horseshoe-shaped zone of intense volcanism and earthquakes. This zone extends, essentially unbroken, around the margins of the Pacific Ocean â the so-called Pacific Ring of Fire. This immense belt of volcanic and ... Skip to main content


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Page 2. Pacific Ring of Fire. New Zealand lies at the south-west end of a vast horseshoe-shaped zone of intense volcanism and earthquakes. This zone extends, essentially unbroken, around the margins of the Pacific Ocean â the so-called Pacific Ring of Fire. This immense belt of volcanic and earthquake activity corresponds closely with the edge of the Pacific tectonic plate, and also coincides with some of the most densely populated regions on the planet.


Story: Volcanoes
Obsidian knife. New Zealand lies at the south-west end of a vast horseshoe-shaped zone of intense volcanism and earthquakes. This zone extends, essentially unbroken, around the margins of the Pacific Ocean â the so-called Pacific Ring of Fire. This immense belt of volcanic and earthquake activity corresponds closely with the edge of the Pacific tectonic plate, and also coincides with some of the most densely populated regions on the planet.


PLATE TECTONICS ACTIVITY
PROCEDURE. 1  Map epicenter location of events 1  8 onto Map 1. Incomplete Seismicity of Planet X. (Check key for correct color code.) 2  Draw tectonic plate boundaries of Planet X. onto Map 1. and name plates. 3  Complete Modeling Clay Activity, Ping Pong ball Activity, and Hot Spot Activity to obtain a clues folder.


PLATE TECTONICS ACTIVITY
A subduction zone also occurs when Ocean plates converge, resulting in the formation of curved chains of volcanic islands or Island Arcs. The arc of islands is curved concavely in the direction of the movement of the down-going plate. The Ring of Fire is the name given to the volcanic islands around the Pacific that are the result of the ...


The Ring of Fire is a string of underwater volcanoes and earthquake sites around the edges of the Pacific Ocean.
Did you know that most of the active volcanoes on Earth are located underwater, along the aptly named Ring of Fire in the Pacific Ocean? The Ring of Fire includes more than 450 volcanoes. It stretches for nearly 25,000 miles, running in the shape of a horseshoe (as opposed to an actual ring) from the southern tip of South America, along the west coast of North America, across the Bering Strait, down through Japan, and into New Zealand. The Ring of Fire is the result of plate tectonics. Much of the volcanic activity occurs along subduction zones which are convergent plate boundaries where two tectonic plates come together. The heavier plate is shoved (or subducted) under the other plate. When this happens, melting of the plates produces magma. The magma rises up through the overlying plate, erupting to the surface as a volcano.


Story: Volcanoes
New Zealand sits astride the colliding edges of the Pacific and Australian plates. The occurrence of earthquakes, jagged mountain ranges and volcanoes through New Zealand, and the contrasting geology and landscapes of the North and South islands, can all be explained by the different ways in which the edges of the two colliding plates are interacting along the length of the country.


PLATE TECTONICS ACTIVITY
Figure 3 Ring of Fire around the subducting Pacific plate. (USGS)  Divergence occurs in the Mid-Ocean Ridges where new crust is formed to take the place of the subducted crust keeping the Earth the same size. A mid-ocean ridge that encircles the earth runs through the center of the Atlantic Ocean.


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Globally Harmonized System Pictogram Reference Table Reference â http://www.unece.org/fileadmin/DAM/trans/danger/publi/ghs/ghs_rev05/English/05e_annex1.pdf Hazard Class and Categories Pictogram Signal Word Hazard Statement Code Description of Hazard Statement Serious eye damage/eye irritation Category 1 Danger H318 Causes serious eye damage


GHS hazard pictograms
The GHS chemical hazard pictograms are intended to provide the basis for or to replace national systems of hazard pictograms. It has still to be implemented by the European Union (CLP regulation) in 2009.


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Globally Harmonized System Pictogram Reference Table Reference â http://www.unece.org/fileadmin/DAM/trans/danger/publi/ghs/ghs_rev05/English/05e_annex1.pdf Hazard Class and Categories Pictogram Signal Word Hazard Statement Code Description of Hazard Statement Oxidizing liquids Category 1 Danger H271 May cause fire or explosion; strong


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Globally Harmonized System Pictogram Reference Table Reference â http://www.unece.org/fileadmin/DAM/trans/danger/publi/ghs/ghs_rev05/English/05e_annex1.pdf The following summarizes new label elements per the GHS classification guidelines. Each summary describes the previous label element compared to the new, and may include


GHS hazard pictograms
Hazard pictograms are one of the key elements for the labelling of containers under the GHS, along with: an identification of the product; a signal word â either Danger or Warning â where necessary


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Globally Harmonized System Pictogram Reference Table Reference â http://www.unece.org/fileadmin/DAM/trans/danger/publi/ghs/ghs_rev05/English/05e_annex1.pdf Hazard Class and Categories Pictogram Signal Word Hazard Statement Code Description of Hazard Statement Flammable Solids Category 1 Danger H228 Flammable solid Flammable Solids Category 2


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Divergent plate boundaries usually occur deep in the oceans. The mid-oceanic ridges are an example of this type of volcanic action. Occasionally, as is the case with Iceland, oceanic ridges rise above the surface of the ocean. Convergent Tectonic Plates Contrarily, convergent plate movement causes more visible volcanic action. Famous volcanoes, such as Vesuvius or Mount St. Helens, were caused by converging tectonic plates.


What causes volcanic action?
During this submersion, magma is formed and pushed toward the surface. What causes volcanic action is that magma reaching the surface, forming volcanoes and pushing them toward eruption. Hotspots are unique because they do not occur at plate boundaries. They are in fact a result of convection through the Earth's crust.


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Iceland is the largest island on the ridge because of the additional volcanism caused by the hot spot under the country, which moves slowly towards the northwest across it. These unique circumstances on the ridge probably are the reason for the countryâs existence, because the tectonic movement of the plates and the related volcanism would not have sufficed. The country probably would have looked very differently if the hot spot were the sole reason for its creation, probably something similar to Hawaii.


What causes volcanic action?
Divergent plate boundaries usually occur deep in the oceans. The mid-oceanic ridges are an example of this type of volcanic action. Occasionally, as is the case with Iceland, oceanic ridges rise above the surface of the ocean. Contrarily, convergent plate movement causes more visible volcanic action. Famous volcanoes, such as Vesuvius or Mount St. Helens, were caused by converging tectonic plates. In a process known as subduction, an oceanic plate collides with, and slides under, a continental plate.


What causes volcanic action?
But what causes volcanic action? As it turns out, there are but three situations in which you will find a volcano. All are symptoms of plate tectonics; the very forces that formed the continents. Divergent Tectonic Plates The majority of volcanoes are formed by tectonic plates either pushing together or pulling apart.


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The answer to this question is most likely the North American Plate and the Eurasian Plate.


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Magma reservoirs with 100% molten lava and areas of 100-1000 kmÂ³ are present at a depth of 10 km under the volcanic zones (the Graben), and they feed the shallower and smaller magma chambers under the central volcano systems.


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This hot spot causes eruptions within the southern volcanic zone including volcanic systems such as Mt. Hekla, the Westman Islands, Katla, Mt. Eyjafjallajokull, Mt. Tindfjoll, the Laki Area, the Fishing Lake Area, and the western sub-glacial part of the Vatnajokull area.


What causes volcanic action?
Volcanoes, although studied by eager scientists for centuries, retain a mythical status in cultures around the world. They are a living remnant of Earth's long, slow and ongoing development. For volcanologists, knowing what causes volcanic action is simple enough now.


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Geographical info. The islands of the Atlantic Ocean created by the volcanism of the Middle Atlantic Ridge are The Azores, Bermuda, Madeira, The Canary Islands, Ascension, St. Helena, Tristan da Cunha, and others. The divergence of the ridge started in the north about 150 million years ago and 90 million years ago in the south.


Price of Progesterone Injection For Pregnant Women Skyrockets
The cost of a weekly progesterone shot many moms-to-be need in order to keep their babies full-term has skyrocketed from less than $10 to $1,200. 7NEWS found the price hike is putting babies in danger. Amy Gordons 1-year-old-son Finley was born at 25 weeks.


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The cost of a weekly progesterone shot many moms-to-be need in order to keep their babies full-term has skyrocketed from less than $10 to $1,200. 7NEWS found the price hike is putting babies in danger.


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The cost of a weekly progesterone shot many moms-to-be need in order to keep their babies full-term has skyrocketed from less than $10 to $1,200.


Price of Progesterone Injection For Pregnant Women Skyrockets
Price Of Premature Birth Preventative Skyrockets. pn.knguyen. The cost of a weekly progesterone shot many moms-to-be need in order to keep their babies full-term has skyrocketed from less than $10 to $1,200. 7NEWS found the price hike is putting babies in danger.


Price of Progesterone Injection For Pregnant Women Skyrockets
Price Of Premature Birth Preventative Skyrockets. pn.knguyen. The cost of a weekly progesterone shot many moms-to-be need in order to keep their babies full-term has skyrocketed from less than $10 to $1,200.


Hydroxyprogesterone Caproate Injection (Makena) One Year Later
The initial acquisition cost of Makena was set at $1,440 per injection; thus, for 18 to 20 injections, the total cost was about $30,000 per pregnancy.


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The lowest prices for Progesterone Injection from online pharmacies and prescription discount cards! Before you buy Progesterone Injection, compare the best prices on Progesterone Injection from licensed, top-rated pharmacies in the U.S., Canada, and internationally.


Hydroxyprogesterone Caproate Injection (Makena) One Year Later
Because the cost of Makena is almost 50 times greater than that of the compounded form of 17P ($15 per injection, for a total cost of about $300 for 18 to 20 injections), the use of 17P from a compounding pharmacy offers a significant cost savings compared with Makena.


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Before you buy Progesterone Injection, compare the best prices on Progesterone Injection from licensed, top-rated pharmacies in the U.S., Canada, and internationally. Find the lowest cost Progesterone Injection from the best pharmacy.


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Each visit after the initial exam may cost between $0 and $150. If you are more than two weeks late for your injection, you may need a pregnancy test before getting your shot. Pregnancy tests cost about $0 to $20.


Tablespoons to Pounds [water]  (tbsp to lb [water]) Conversion Calculator
1 tablespoon (tbsp) = 0.0325992361407005 pound (lb). Tablespoon (tbsp) is a unit of Volume used in Cooking system. Pound (lb) is a unit of Weight used in Standard system. Please note this is volume to weight conversion, this conversion is valid only for pure water at temperature 4 Â°C.


table salt conversion
TOGGLE: from pounds into tablespoons in the other way around. CONVERT: between other table salt measuring units-complete list. Conversion calculator for webmasters. For baking view the all flour types converter tool page.


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Main butter converter page. Convert butter culinary measuring units between pound (lb) and tablespoons (tbsp) of butter but in the other direction from tablespoons into pounds.


table salt conversion
CONVERT: between other table salt measuring units-complete list. Conversion calculator for webmasters. For baking view the all flour types converter tool page. Convert table salt culinary measuring units between tablespoon (tbsp) and pounds (lb) of table salt but in the other direction from pounds into tablespoons.


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TOGGLE: from tablespoons into pounds in the other way around. CONVERT: between other butter measuring units-complete list. Conversion calculator for webmasters. Main butter converter page.


butter conversion
CONVERT: between other butter measuring units-complete list. Conversion calculator for webmasters. Main butter converter page. Convert butter culinary measuring units between pound (lb) and tablespoons (tbsp) of butter but in the other direction from tablespoons into pounds.


Pounds to Teaspoons [water]  (lb to tsp [water]) Conversion Calculator
1 pound (lb) = 92.02669617937662 teaspoon (tsp). Pound (lb) is a unit of Weight used in Standard system. Teaspoon (tsp) is a unit of Volume used in Cooking system. Please note this is weight to volume conversion, this conversion is valid only for pure water at temperature 4 Â°C.


Cooking Conversion Calculator
__Cooking measurement conversion calculator__ for dry or liquid measures and temperature. This is handy for food recipes and cooking measurements. Just type in your question to calculate how much, or how many of one variable, are in another variable, liquid measurements or dry.


What is the most powerful Pokemon?
That, combined with good typing and a berserker's list of moves it could learn, scored it the most powerful PokÃ©mon to grace our Nintendo consoles. Completely unrivaled and unchained, Mega Rayquaza is a true monster in the PokÃ©mon universe and undoubtedly the Most Powerful Pokemon.


10 Best Pokemon BREAKpoint Cards
Greninja, Espeon, and more. By Joshua Yehl With the PokÃ©mon TCG: XYâBREAKpoint set becoming legal for tournament play this week, we have a list of the setâs 10 best cards that you should get your hands on. To help us select the cream of the crop, competitive Pokemon player Simon Narode will be lending his expertise.


Search results
POWERFUL POKEMON - Huge variety with lots of HP and awesome attacks! ... Legendary Pokemon Holo & Rare Lot (12 Cards) Collection Bundle Gift Set Mewtwo Rayquaza Zapdos Zekrom by Nintendo USA


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Save most powerful pokemon card to get e-mail alerts and updates on your eBay Feed.


Pokemon Go: Who Is the Most Powerful Pokemon?
Nintendo Co., Ltd (ADR)âs (OTCMKTS: NTDOY) Pokemon Go is still going strong three weeks after its release in the United States and now trainers are looking for the most powerful Pokemon. Trainers looking to get their hands on the most powerful Pokemon in Pokemon Go are out of luck, for now.


Most powerful Pokemon card?
But the most powerful Pokemon cards (note the 's', it's a tie) are the old Lugia ex and the nowadays Dark Charizard is the strongest because if u put 6 energies on it; it will do 300 damage cuz the attack continuous fireball does 50 damage times the number of fire energies on it!.


The 10 Most Absurdly Powerful Pokemon In Existence
The 10 Most Absurdly Powerful Pokemon In Existence. The most incredible thing about Pokemon (beyond how many Pokemon articles the internet will tolerate) is that, somehow, humanity has enslaved them. These are super-powered animals that should have easily conquered this planet of puny homo sapiens long ago.


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Top 10 Rarest and Most Expensive Pokemon Cards 2013-2014 - Duration: 20:57. Maxx 4,004,271 views


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Top 5 Strongest Pokemon of All Time (No Legendary Pokemon or Mega Evolutions) - Duration: 10:45. MandJTV 846,864 views


Top 10 Best Pokemon Cards in the World
Media Factory originally published the Pokemon Trading Card Game, based on the hugely popular video game series, in 1996; and the game debuted in North America in 1998, published by Wizards of the Coast....


What political party did Abraham Lincoln believe in?
Is it true or false that Abraham Lincoln affiliated himself in politics with the Democratic Party? False, Abraham Lincoln was the nations first Republican president, and President Lincoln affiliated himself with the Republican Party.


What was Abraham Lincoln's political party as a state legislator?
What was Abraham Lincoln's political party? Abraham Lincoln was a Republican when he ran forPresident . In fact, he was the first Republican elected to thePresidency. Before the Republican Party was formed, he was a W â¦ hig(1832-1854).


S.I. Hayakawa
Republican Party: Republican Party, one of the two major political parties, alongside the Democratic Party, in the United States.


History
Because the historical role played by Lincoln and the Republican Party in the abolition of slavery came to be regarded as their greatest legacy, the Republican Party is sometimes referred to as the party of Lincoln.


Lincoln was a Republican Fact
âLincoln was a Republican by name, but the parties have changed too much for that to mean he would have necessarily been a Republican today. Clearly, Lincoln would have been more like a modern moderately progressive Democrat on most social issues than like the modern Tea party Republican.


The religion and political views of Abraham Lincoln
Abraham Lincoln was a Republican, the first Republican president for that matter, but not, as many assume, the founder of the Republican Party. 6 Though it is important to note that the Republican Party of today was quite different from the Republican Party of the Lincoln era.


The religion and political views of Abraham Lincoln
Abraham Lincoln was born in a farmhouse in Hardin County, Kentucky in 1809. He was assassinated by John Wilkes Booth in Fordâs Theater in Washington D.C. on April 14, 1865. He died after being in a coma for nine hours on April 15, 1865. Lincolnâs religious beliefs is a topic of intrigue and debate.


Jimmy Carter
List of Presidents of the United States - Presidents. 1  Four presidents held other high U.S. federal offices after leaving the presidency. 2  Several presidents campaigned unsuccessfully for other U.S. state or federal elective offices after leaving the presidency.


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Name the house that served as the first interim residence for James & Dolley Madison after the British burned the White House in1814. Octagon House Which building was created in 1888 to house the Departments of State, War, and Navy?


Reportedly haunted locations in the District of Columbia
The first president to have lived in the white house would have to be Presid â¦ ent John Adams and his wife, Abigail, moved into the White House in 1800, shortly before it was completed. Construction began in 1792.


What awkward meeting? Trump congratulates himself on 'really good meeting and great CHEMISTRY' with 'good man' Obama after pair met for first time
Trump congratulates himself on 'really good meeting and great CHEMISTRY' with 'good man' Obama after pair met for first time. President-elect Donald Trump says his first meeting with President Barack Obama at the White House was 'fantastic' and boasted of their 'great chemistry'. The pair spoke for more than 90 minutes in the Oval Office on Thursday while their wives visited separately. 'A fantastic day in D.C. Met with President Obama for first time.


Which Presidents Did Not Live in the White House?
Although George Washington selected the site of the White House in 1791, he never lived there. As of 2014, he is the only president who did not reside in the White... Although George Washington selected the site of the White House in 1791, he never lived there. As of 2014, he is the only president who did not reside in the White House. John Adams and his family were the first presidential family to live in the White House. In 1814, the British set the house on fire; it was rebuilt. In 1817, James Monroe moved in. Harry S. Truman began the restoration of the White House and moved back into the White House in 1952. Under some presidents, the White House went through construction that did not require the First Family to move out.


Michelle Obama side-eyeing Melania Trump is Inauguration Day's best meme
First Lady Melania Trump and former First Lady Michelle Obama walk with United States President Donald Trump who puts his arm around former President of the United States Barack Obama as they walk to Marine One at the Capitol Building after Trump is sworn in at the 58th Presidential Inauguration on Capitol Hill in Washington, D.C. on January 20, 2017.


History of the White House
Should the president live in the North or the South? Should the president's house be a palace, like kings live in, or a simpler house? While Congress debated what to build and where to build it, our first president, George Washington, lived in three houses. The first two were in New York City. The third was in Philadelphia, Pennsylvania.


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James Buchanan (1791-1868) was the 15th President of the United States (1857-1861); and the only president to reside in the White House during his entire presidency - Buchanan â¦ was the only bachelor president as well; his niece, Harriet Lane, served as First Lady.


Community mental health
Community mental health is a decentralized pattern of mental health, mental health care, or other services for people with mental illnesses. Community-based care is designed to supplement and decrease the need for more costly inpatient mental health care delivered in hospitals.


Community Health Centers: Providers, Patients, and Content of Care
Esther Hing is with the Centers for Disease Control and Preventionâs National Center for Health. Statistics, Division of Health Care Statistics. Roderick S. Hooker is with The Lewin Group.


Internal Revenue Bulletin: 2015-1
Health Center Program Terms and Definitions of (a) the capitalization level established by the organization for the financial statement purposes or (b) $5,000. Existing Grantee: An organization currently funded under the Health Center Program, authorized under section 330 of the Public Health Service Act, as amended.


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Faculty teaching community health nursing are challenged by increasing student enrollments, faculty shortages, and diminishing availability of clinical sites, as well as student safety and security while in the community.


Community health center
A community health center is a not-for-profit, consumer directed healthcare organization that provides access to high quality, affordable, and comprehensive primary and preventive medical, dental, and mental health care. Community health centers have a unique mission of ensuring access for underserved, underinsured and uninsured patients.


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These example sentences are selected automatically from various online news sources to reflect current usage of the word 'community center.' Views expressed in the examples do not represent the opinion of Merriam-Webster or its editors.


community mental health center
Community mental health center definition, a health-care facility or network of agencies that is part of a system originally authorized by the U.S. government to provide a coordinated program of continuing mental health care to a specific population. See more.


Definitions &Translations
The numerical value of community health centers in Chaldean Numerology is: 4. Pythagorean Numerology. The numerical value of community health centers in Pythagorean Numerology is: 1


Community Health Centerupdate
The concept of community health centers in the United States, according to historian John Duffy, can be traced to infant milk stations in New York City in 1901. In November, 1914, the first district health center in New York was established by the city at 206 Madison Avenue, serving 35,000 residents of Manhattan's lower east side.


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community home; community hospital; community language; community leader; community medicine; community mental health center; community of sovereign republics; community policing; community programme; community property; community psychiatry


55 Years After Agent Orange Was Used In Vietnam, One Of Its Creators Is Thriving Here
55 Years After Agent Orange Was Used In Vietnam, One Of Its Creators Is Thriving Here


AGENT ORANGE
It's time to fully compensate the victims of Agent Orange and fund a total cleanup of the areas in Vietnam that remain contaminated by the toxic chemical. We must hold our leaders accountable for their crimes in Japan and Vietnam, and ensure that such atrocities never happen again.


AGENT ORANGE
The U.S. government has given small amounts of money to address the human victims of Agent Orange/dioxin. Much of the money has not reached the Agent Orange victims who need it so much, and the amounts allocated cannot make much of a dent in addressing the tremendous human suffering.


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Vietnam and Agent Orange Facts. 1  Demand for military Agent Orange resulted in higher levels of dioxin contamination than in the 2,4,5-T produced for civilian applications in the U.S. As noted in the included chart.


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In the early years of WWII, a grant was provided by the National Research Council to develop a chemical to destroy rice crops in Japan (the major food source of the Japanese). 1  2,4-D and 2,4,5-T (Agent Orange) was the result. A discussion between President Roosevelt and White House Chief of Staff, Admiral William D. Leahy determined that this heinous chemical should not be used. Agent Orange was not used during WWII. In 1961, President Kennedy signed two orders allowing Agent Orange to be used in Vietnam.


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Agent Orange is the name to which all herbicides are referred (technically) in error during the Vietnam War. The name, Agent Orange, has become synonymous for, and collective of, all herbicides used during the Vietnam War. Agent Orange, is also the term for the harmful effects of herbicides (again, in error).


Napalm & Agent Orange
Air raids that used napalm were much more devastating than flamethrowers; a single bomb was capable of destroying areas up to 2,500 square yards. Throughout the duration of the war, 1965 â 1973, eight million tons of bombs were dropped over Vietnam; this was more than three times the amount used in WWII. Agent Orange Agent Orange is a toxic chemical herbicide that was used from about 1965 â 1970 in the Vietnam War. It was one of the main mixtures used during Operation Ranch Hand. Operation Ranch Hand was intended to deprive Vietnamese farmers and guerilla fighters of clean food and water in hopes they would relocate to areas more heavily controlled by the U.S.


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Brief History of Agent Orange. 1  In the early years of WWII, a grant was provided by the National Research Council to develop a chemical to destroy rice crops in Japan (the major food source of the Japanese). 2  In 1961, President Kennedy signed two orders allowing Agent Orange to be used in Vietnam. One order to destroy crops, and another order to defoliate the jungle. [Note: These orders were signed prior to major U.S. intervention.] Agent Orange and other herbicides were used extensively through 1970 (and thereafter until the end of the Vietnam War). Vietnam Veterans and their families filed a class action suit against seven chemical companies (Dow Chemical, Monsanto, Uniroyal, Hercules, Diamond Shamrock, Thompson Chemical, and T.H. Agriculture).


AGENT ORANGE
From Japan to Vietnam, Radiation and Agent Orange Survivors Deserve Justice From the U.S. By Marjorie Cohn, Contributor Professor Emerita, Thomas Jefferson School of Law


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Defoliants were used during the Vietnam War to defoliate vast areas of jungle growth. The real, Agent Orange, was a 1:1 mixture of the n-butyl esters of 2,4-dichlorophenoxyacetic acid (2,4-D) and 2,4,5-trichlorophenoxyacetic acid (2,4,5-T). A byproduct (contaminant) of the manufacturing process for 2,4,5-T (used in all the agents during the Vietnam War) is 2,3,7,8-tetrachlorodibenzo-para-dioxin (TCDD).


Last Time Consecutive Democratic Presidents Were Elected
In fact, since American politics evolved into what we know as the current two-party system, the last time voters elected a Democrat to the White House after a president from the same party had just served a full term was in 1856, before the Civil War.


President of the United States
The President of the United States (informally referred to as POTUS)[8][note 2] is the head of state and head of government of the United States. The president directs the executive branch of the federal government and is the commander-in-chief of the United States Armed Forces.


Presidents Of The United States
Him an anti-Federalist, participated in the Virginia Convention that approved the Constitution of the United States. In 1817, his first term as president began. * In 1819, the USA purchased Florida from Spain for $5,000,000. Monroe was re-elected in 1820, serving until 1825.


President of the United States
The Twenty-second Amendment precludes any United States citizen from being elected president for a third term. It also prohibits a person from being elected to the presidency more than once if that person previously had served as president, or acting president, for more than two years of


How could president Franklin D. Roosevelt be elected for 3 terms president?
Theodore Roosevelt, another not-mediocre president, served out McKinley's term, was elected to a term of his own, then stepped down. After four years on the sidelines, he wanted to run again. Unable to gain the Republican Party's nomination, he ran as the Bull Moose candidate and lost.


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Chart of every president of the United States including term of office, political party, re-election statistics, and reason for leaving office. Chart of presidents of the United States Here is a chart that I hope easily gives all relevant presidential info at a glance.


List of Presidents of the United States who died in office
Eight presidents have died in office. 1  William Henry Harrison (pneumonia) 2  Zachary Taylor (gastroenteritis) 3  Abraham Lincoln (assassin) 4  James Garfield (assassin) 5  William McKinley (assassin) 6  Warren Harding (heart attack) 7  Franklin D. Roosevelt (cerebral hemorrhage) 8  John F. Kennedy (assassin)


The Complete Guide to REIT Taxes
For a company to qualify as a REIT, 75% of its assets must be in the form of real estate. These companies allow investors to invest in real estate without purchasing property. REITs are not required to pay income taxes, but must distribute at least 90% of their profits to shareholders in the form of dividends.


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A more accurate description is, to maintain REIT status a REIT is. required to distribute dividends equal to at least: 90% of its REIT taxable income (excluding any. dividends paid deduction and net capital gains), plus 90% of foreclosure income less the tax paid on that. income, less certain excess noncash income.


REIT Tax-Equivalent Distribution
This is the annual distribution of a real estate investment trust (REIT). Portion of distributions that represent return of capital This is the percent of the distributions from a REIT that represent return of capital (ROC).


Taxes and REIT Investment
When a REIT distributes dividends received from a taxable REIT subsidiary or other corporation (20 percent maximum tax rate, plus the 3.8 percent surtax); and; When permitted, a REIT pays corporate taxes and retains earnings (20 percent maximum tax rate, plus the 3.8 percent surtax).


Real Estate Investment Trust
That distribution at least equal to the sum of (1) 90% of REIT taxable income (computed without regard to the deduction for dividends paid and excluding any net capital gain); plus (2) 90% of the excess of net income from foreclosure property over the tax on such income; minus (3) any excess noncash income.


Investment Returns
Investment Returns. Meeting your long-term investment goal is dependent on a number of factors. This not only includes your investment capital and rate of return, but inflation, taxes and your time horizon. This calculator helps you sort through these factors and determine your bottom line.


Understanding The REIT Taxation Rules
If a REIT sells an asset, like an office building, it can reinvest that money into other real estate or pay out the sales proceeds to shareholders. Any amount paid to shareholders is marked on Form 1099-DIV under Box 3 â Nondividend Distribution. Return on capital is any amount that exceeds the REITs taxable income.


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The tax component of a REITâs dividend is determined by the characteristics of the income that. the REIT paid as dividends. If the REIT paid dividends out of Earnings and Profits (E&P) then the dividend. has the form of ordinary income.


Battle of Tippecanoe
In 1811, the Battle of Tippecanoe was a significant defeat for Tecumseh's American Indian Confederation. Tecumseh and the Prophet, also known as Tenskwatawa, were the American names of two Shawnee natives. They also were brothers. During the early 1800s, they devised separate plans to deal with the white settlers flooding onto their land.


List of nicknames of Presidents of the United States
Full name: Martin Van Buren. 1  The American Talleyrand. 2  The Careful Dutchman Van Buren's first language was Dutch. 3  The Enchanter. 4  The Great Manager. 5  The Master Spirit. 6  Martin Van Ruin. 7  Matty Van from Tippecanoe Songs of 1840.


Old Tippecanoe: William Henry Harrison and His Time Reprint Edition
In the slogan Tippecanoe was Harrison, and the Tyler Too was his running mate, John Tyler. Tippecanoe was a battle that took place in what is now Indiana, in which American troops under the command of Harrison were attacked by Indians. While his term in office lasted for just a brief moment, W.W. Harrisonâs career was long and important.


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Start by marking âOld Tippecanoe: William Henry Harrison and His Timeâ as Want to Read:


Old Tippecanoe: William Henry Harrison and His Time
May 06, 2013 rated it liked it. 1  http://bestpresidentialbios.com/2013/... âOld Tippecanoe: William Henry Harrison and His Timeâ by Freeman Cleaves was published in 1939 and remains the âgo toâ classic on the nationâs ninth president. Born in 1904, Cleaves graduated from the University of New Hampshire and worked as a journalist beginning in 1925.


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The Carnival Campaign: How the Rollicking 1840 Campaign of Tippecanoe and Tyler Too Changed Presidential Elections Forever by Ronald G. Shafer. Americans have come to expect that the nationâs presidential campaigns will be characterized by a carnival atmosphere emphasizing style over substance.


Presidents
Which President was nicknamed Old Tippecanoe? That was the nickname of William Henry Harrison, the 9th President of the United States from March 4th 1841 to April 4th 1841. The first President to die in office, and â¦ holder of the record for the shortest presidency.


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The teddy bear is named after U.S. President Theodore âTeddy Roosevelt. In 1902, President Roosevelt participated in a bear-hunting trip in Mississippi. While hunting, Roosevelt declared the behavior of the other hunters â unsportsmanlike after he refused to kill a bear they had captured. As news of the hunting trip spread, many newspapers around the country featured political cartoons starring âTeddy and âthe bear.


The History of the Teddy Bear: From Wet and Angry to Soft and Cuddly
The History of the Teddy Bear: From Wet and Angry to Soft and Cuddly After Teddy Rooseveltâs act of sportsmanship in 1902 was made legendary by a political cartoonist, his name was forever affixed to an American classic


The History of the Teddy Bear: From Wet and Angry to Soft and Cuddly
Boxed and wrapped in paper and bows, teddy bears have been placed lovingly underneath Christmas trees for generations, to the delight of tots and toddlers around the world. But the teddy bear is an American original: Its story begins with a holiday vacation taken by President Theodore Roosevelt. By the spring of 1902, the United Mine Workers of America were on strike, seeking shorter workdays and higher wages from a coal industry that was suffering from oversupply and low profits.


Which Us president was named after Teady bear?
The Teddy Bear is said to be named after U.S. President Theodore Teddy Roosevelt. The story goes like this: President Roosevelt went on a bear hunt. He and his friends hunted for a few days, but they didn't capture any bears. Finally, the hunting guide and his hunting dogs found an old bear.


Which Us president was named after Teady bear?
Â· just now. 1  The Teddy Bear is said to be named after U.S. President Theodore Teddy Roosevelt. The story goes like this: President Roosevelt went on a bear hunt. 2  Yes, indeed the name comes from the President, Theodore Roosevelt.


How Did the Teddy Bear Get Its Name?
With permission from Roosevelt, Michtom named the bears âTeddy bears. They were an instant success. Ladies and children carried the bears with them in public. President Roosevelt even used the teddy bear as his mascot when he ran for re-election. Until 2006, the biggest teddy bear collection in the world could be found at The Teddy Bear Museum in England. The museum had a collection of more than 2,000 bears. Unfortunately, the museum was put up for auction in 2006.


The History of the Teddy Bear: From Wet and Angry to Soft and Cuddly
Teddyâs bear became so popular the Michtoms left the candy business and devoted themselves to the manufacture of stuffed bears. Roosevelt adopted the teddy bear as the symbol of the Republican Party for the 1904 election, and the Michtoms would ultimately make a fortune as proprietors of the Ideal Novelty and Toy Company.


Which Us president was named after Teady bear?
You have it backwards. The teddybear was named after the President. There are two theories on this; President Theodore Roosevelt, whose nickname was Teddy, enjoyed big game-hunting. According to legend, the teddy bear received its birth at Hotel Colorado in Glenwood Springs, Colorado.


Donald Trump inspired teddy bear includes American flag blanket
The original teddy bear was named for President Theodore Roosevelt after a hunting trip story inspired a cartoon and a candy store in Brooklyn began selling stuffed bears named after the president. Now, there's a new bear in town. It sounds like a spoof from SNL, but the Trumpy Bear is real and available for purchase. The plush bear sports Donald Trumpâs iconic long red necktie and wavy blonde hair. It also has a flag which folds into a zippered pouch that can be used as a blanket.


Teddy bear
Teddy bear. A teddy bear is a type of toy that looks like a bear. The teddy bear is normally a cub or baby bear. In Russia, bears were used as children's toys for many years before they became popular in the United States. The teddy bear in Russia has been the subject of folklore or stories for many years.


The Story of the Teddy Bear
A Brooklyn candy shop owner by the name of Morris Michtom saw the cartoon and had an idea. He and his wife Rose were also makers of stuffed animals, and Michtom decided to create a stuffed toy bear and dedicate it to the president who refused to shoot a bear. He called it 'Teddy's Bear'. After receiving Roosevelt's permission to use his name, Michtom mass produced the toy bears which were so popular that he soon founded the Ideal Toy Company. To this day the Teddy Bear has worldwide popularity and its origin can be traced back to Theodore's fateful hunting trip in 1902.


Teddy bear
There are many stories about how the Teddy Bear got its name. It may be a myth but the teddy bear is said to be named after Theodore Roosevelt, a hunter who disliked being called Teddy. Roosevelt was the 26th and youngest President of the United States. He was president from 1901â1909. Friends of the president gave him the nickname Teddy.


The Story of the Teddy Bear
A replica of the original Teddy Bear. NPS. Did you know that the Teddy Bear was invented in honor of President Theodore Roosevelt? It all began when Theodore Roosevelt was on a bear hunting trip near Onward, Mississippi on November 14, 1902. He had been invited by Mississippi Governor Andrew H. Longino, and unlike other hunters in the group, had not located a single bear.


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However, the truth is that no one is sure who made the first teddy bear, please read the resources to the right and below for more information on other origins. 1  Discover How These Hand-carved Wooden Collectibles Became Famous. 2  Simple Oatcakes, the Scottish Staple Especially Lovely with Cheese.


History of the Teddy Bear
Updated April 05, 2017. Theodore (Teddy) Roosevelt, the 26th president of the United States, is the person responsible for giving the teddy bear his name. On November 14, 1902, Roosevelt was helping settle a border dispute between Mississippi and Louisiana. During his spare time, he attended a bear hunt in Mississippi.


History of the Teddy Bear
Morris Michtom made the first official toy bear called the teddy bear. Michtom owned a small novelty and candy store in Brooklyn, New York. His wife Rose was making toy bears for sale in their store. Michtom sent Roosevelt a bear and asked permission to use the teddy bear name. Roosevelt said yes. Michtom and a company called Butler Brothers began to mass-produce the teddy bear.


The Story of the Teddy Bear
Clifford Berryman's 1902 cartoon that lampooned T.R.'s bear hunt. A political cartoonist by the name of Clifford Berryman read the article and decided to lightheartedly lampoon the president's refusal to shoot the bear. Berryman's cartoon appeared in the Washington Post on November 16, 1902.


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How the teddy bear got his name and the history behind the beloved stuffed toy. This toy is one of the most iconic gifts ever produced. How the teddy bear got his name and the history behind the beloved stuffed toy.


Gangs
Anne Campbell's (1984) The Girls in the Gang encouraged research to move beyond its traditional focus. Campbell's study focused on three women involved in three different female gangs in New York City in the early 1980s.


Gangs from Different Sociological Perspectives and theories
Herbert Blumer would believe that gangs meet the three core principles that are contributed to symbolic interactionism. They use meaning every time they try to find way to communicate with other gang members or outsiders.


Defining the Community Youth Gang
Maxson and Klein developed three criteria for defining a street gang: 1  Community recognition of the group. 2  The group's recognition of itself as a distinct group of adolescents or young adults. 3  The group's involvement in enough illegal activities to get a consistent negative response from law enforcement and neighborhood residents.


Gang
Gang-related activity and violence has increased along the U.S. Southwest border region, as US-based gangs act as enforcers for Mexican drug cartels. A gang war is a type of small war that occurs when two gangs end up in a feud over territory. Sexual violence


Exam 2 Criminology
Lower class people do commit those direct interpersonal types of crime which are normally handled by the police at a higher rate than middle class people Race and Crime measured by the difference in SES between whites and nonwhites- is associated with the total rate of violent crime.


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whether female gangs were ârealâ gangs or merely satellites of male groups. One review concluded that in these early studies, âgirls were defined solely in terms of their . . . relations to male gang membersâ (Campbell, 1990, p. 166). Female Gangs: A Focus on Research Joan Moore and John Hagedorn Much of the research on gangs has ig-


Gangs in the United States
Street tag of the Crips gang. Gangs in the United States include several types of groups, including national street gangs, local street gangs, prison gangs, motorcycle clubs, and ethnic and organized crime gangs. Approximately 1.4 million people were part of gangs as of 2011, and more than 33,000 gangs were active in the United States.


Gangs from Different Sociological Perspectives and theories
Some gang members have no other option but to join a gang. They are many personal reasons that could be fault to why a person joins a gang. Social constructionists are well known to analyze these types of problems and solve them.


The Nature of Canadian Urban Gangs and their use of Firearms: A Review of the Literature and Police Survey
The three less structured types of gangs are copycat gangs, territorial gangs, and delinquent groups, all of which generally do not engage in violence. The three other organized gang groups include violent gangs with ideological goals, street gangs, and criminal organizations.


US History/Print version
George Washington - Children's Encyclopedia (Ages 8-11) George Washington led the American colonists to victory in the American Revolution. After the war he helped produce the U.S. Constitution. Finally, he served for eight years as the first president of the United States. Washington is often called the Father of His Country.


What issues did George Washington face as president?
What problems did the first administration face upon entering office when George Washington was President? It had a huge war debt. The administration's Alexander Hamilton attempted to fix this debt by having the federal government take over the state debts and then attempt to fix t â¦ he debt by implimenting customs duties and excise taxes.


Issues George Washington faced as the United States first President
Transcript of Issues George Washington faced as the United States first President. Problem's of George Washington Barbary Pirates Problem: they controlled parts of Mediterranian Sea and attacked ships for money. If you paid the pirates, they didn't attack, but if you didn't pay them you were taken hostage, ship and sailors.


5 Challenges George Washington Faced as America's First President
Clearly, George Washington deserves a good deal of credit for his skill as a president and a politician. As the precedent-setting first president, he faced a number of unique challenges and he rose to the task.


The challenges George Washington faces being the first President
Transcript of The challenges George Washington faces being the first President. The challenges George Washington. faced being the first President. By: Taylor, Deangelo, and Chelsea. George Washingtons Cabinet No navy and small army Three branches of government.


5 Challenges George Washington Faced as America's First President
5 Challenges George Washington Faced as America's First President. America as a new nation and America as a fragile nation: both ideas had an enormous shaping influence during Washington's presidency, a period of his career that, oddly, doesn't usually receive much attention.


George Washington and the Indians
Posted on September 22, 2011. George Washington is often revered as the first President of the United States. As the first president, he established many of the protocols for the office. From an Indian perspective, his presidency also established much of the basis for the federal Indian policies.


What were the problems that George Washington faced as president?
The colonies were not united. He was excellent at achieving compromise, and had the loyalty of all the colonies. Poor financing. Some things he paid for himself. Not completely sure how he solved this problem. EDIT:Washington faced four major problems by assuming the role of president. These were: organizing the new government and establishing his cabinet; pulling the nation out of serious financial problems; obtaining a better relationship with Great Britain; and negotiating treaties of friendship with the Indian tribes.


First inauguration of Thomas Jefferson
Adams arrived in New York a few days before Washington, and first presided over the Senate on April 21. Washington was inaugurated as the first President of the United States on April 30, 1789, at Federal Hall in New York, then the nation's capitol. As judges of the federal courts had not yet been appointed, the presidential oath of office was administered by Chancellor Robert Livingston, the highest judicial officer in the state of New York.


Definitions &Translations
Princeton's WordNet(0.00 / 0 votes)Rate this definition: accordant, agreeable, conformable, consonant, concordant(adj) in keeping. salaries agreeable with current trends; plans conformable with your wishes; expressed views concordant with his background. concordant, concurring(a)(adj) being of the same opinion.


concordance
Concordance definition, agreement; concord; harmony: the concordance of the membership. See more.


accord
concordance - a harmonious state of things in general and of their properties (as of colors and sounds); congruity of parts with one another and with the whole


Medical Definition of Concordant
Concordant: 1. Showing concordance, complete agreement. A couple may be concordant for a sexually transmitted infection, with both partners having it. 2. In transplantation genetics, between closely related species. A concordant xenograft is a transplant between members of closely related species.


concordant
All three tests have concordant results. the movie's opening-weekend gross was fairly concordant with box-office returns for that genre Origin and Etymology of concordant Middle English, from Anglo-French, from Latin concordant-, concordans


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Concordant means exactly same. In chemistry Concordant is use during quantitative analysis ( titrations ) where concordant readings are the exact readings . It has no connection with any sort of human values .Two are different in meaning and are highly distinct .


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Concordance with the general category is classified as a participant response of positive or suspicious for a Positive case, or a participant response of negative for a Negative slide challenge. Room for improvement: initial experience with anal cytology: observations from the college of American pathologists interlaboratory comparison program in nongynecologic cytology


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Concord grape; concordal; concordance; concordant; concordat; Concorde; concordial; All ENGLISH words that begin with 'C'


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Wiktionary (0.00 / 0 votes) Rate this definition: concordant (Adjective) Agreeing; correspondent; harmonious; consonant; in keeping with; agreeable with; concordant with; concordant to. Origin: concordans, present participle of concordare: compare French concordant. See concord.


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46. Which intrusive igneous rock could be composed of approximately 60% pyroxene, 25% plagioclase feldspar, 10% olivine, and 5% amphibole? (1) granite (3) gabbro (2) rhyolite (4) basalt 47. Which process could lead directly to the formation of pumice rock? (1) precipitation of minerals from evaporating seawater (2) metamorphism of unmelted rock material


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3. Which process led to the formation of thick salt deposits found in the bedrock at some locations in New York State? (1) melting (3) condensation (2) runoff (4) evaporation 4. The diagram below represents geological processes that act continuously on Earth to form different rock types. Which table correctly classifies each rock type?


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The three statements below are observations of the same rock sample: â¢ The rock has intergrown crystals from 2 to 3 millimeters in diameter. â¢ The minerals in the rock are gray feldspar, green olivine, green pyroxene, and black amphibole. â¢ There are no visible gas pockets in the rock.


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7. Which rock is sedimentary in origin and formed as a result of chemical processes? (1) granite (3) breccia (2) shale (4) dolostone 8. The photograph below shows an igneous rock. What is the origin and rate of formation of this rock? (1) plutonic with slow cooling (2) plutonic with rapid cooling


Earth Science - New York Regents August 2006 Exam
27. The rock that formed from the eruption was mafic and rich in pyroxene and olivine. Which rock could be found around Mt. Hekla as a result of this eruption? (1) sandstone (2) marble (3) rhyolite (4) scoria 28. Wavy bands of light and dark minerals visible in gneiss bedrock probably formed from the


Earth Science-Igneous Rocks
causes molten rock material to become a glassy igneous rock A rock with interlocking crystals of various colors kind of rock that would take the longest time to solidity from magma deep within the Earth A rock with gas pockets in glass kind of rock probably formed directly from lava cooling quickly at Earth's surface explosive eruption of lava from a volcano process that could lead directly to the formation of pumice rock


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Most rocks that form from fragmental rock particles are classified as. (1) extrusive igneous (3) clastic sedimentary. (2) intrusive igneous (4) chemical sedimentary.


Earth Science-Igneous Rocks
causes molten rock material to become a glassy igneous rock. A rock with interlocking crystals of various colors. kind of rock that would take the longest time to solidity from magma deep within the Earth. A rock with gas pockets in glass. kind of rock probably formed directly from lava cooling quickly at Earth's surface.


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What is the name of the process in which chlamydomonas makes glucose? photosynthesis; as in the breakdown of an average plant cell, you will see that the Chlamydomonas cell contains Clorophyl, the chemical used in plants t â¦ o convert water & sunlight into glucose. The Chlamydomonas does the same thing, pretty much.


Principles of Biochemistry/Gluconeogenesis and Glycogenesis
Glycogenesis is the process of glycogen synthesis, in which glucose molecules are added to chains of glycogen for storage. This process is activated during rest periods following the Cori cycle, in the liver, and also activated by insulin in response to high glucose levels, for example after a carbohydrate-containing meal.


Metabolic pathways
Identify each process. 1) glycolysis 2) glycogenesis. 3) glycogenolysis 4) gluconeogenesis. the synthesis of glucose from noncarbohydrates. 4) gluconeogenesis. the breakdown of glycogen into glucose 3) glycogenolysis. the oxidation of glucose to two pyruvate 1) glycolysis. the synthesis of glycogen from glucose 2) glycogenesis


Biochemistry 1 - Week 3
This process occurs during periods of fasting, starvation, or intense exercise and is highly endergonic, The biochemical synthesis of glucose from other substances, such as amino acids, lactate, and glycerol., Stimulated by Cortisol released from the adrenal cortex.


Carbohydrates
involves the breakdown of glycogen to form glucose and other intermediate products and is the process that regulates glucose levels between meals Gluconeogenesis formation of glucose from noncarbohydrate sources such as amino acids, glycerol, or lactate and occurs during long-term fasting. glycolysis conversion of glucose or other hexoses into 3-C molecules (lactate or pyruvate)


What is gluconeogenesis?
Answer   The gluconeogenesis is the production of glucose from other non-glucidic substances. DNA is transcribed by mRNA, introns are removed, mRNA is translated into a protein. To evaluate the following statement a person needs to know what the  statement is.


Gluconeogenesis
Substrates of Gluconeogenesis. 1  Glucogenic amino acids like alanine and glutamine. 2  Lactate which is produced as a byproduct of glycolysis in muscles, red blood cells etc. 3  Glycerol, which is a part of triacylglecerol molecule in adipose tissue. 4  Fatty acid. 5  Citric acid cycle intermediates through oxaloacetic acid.


Glucose is synthesised fron non-carbohydrate sources........?
Glucose is synthesised fron non-carbohydrate sources ( such as amino acids and............) by the process of............. The first step in the subsequent utilisation of this glucose for energy is..........................which is an anaerobic process occurring in the.....................of a cell.


Cellular Respiration Flashcards
Which of the part of the cellular respiration process takes place in the cytoplasm? Glycolysis In what organelle would you find Kreb's cycle and the electron transport chain?


Cellular Respiration Flashcards
This process breaks glucose into pyruvate molecules. It produces 2 ATPs for each glucose.


At What Stage in Cellular Respiration Is Most ATP Produced?
During anaerobic respiration, ATP is synthesized through glycolysis. In aerobic production, ATP is produced by mitochondria in addition to glycolysis. Glycolysis and ATP Production Glycolysis is produced in a cell's cytoplasm. During this phase, a molecule of glucose is broken down into two molecules of pyruvate. These two molecules then move on to the second phase of the cellular respiration process. The second phase, or the Krebs cycle, begins when the pyruvate molecules enter the mitochondrion. The Krebs cycle ends in a complete breakdown of the glucose molecule.


Cellular Respiration Flashcards
This process uses energy captured from electrons flowing to oxygen to produce most of the ATPs in cellular respiration What is needed for aerobic respiration? Oxygen


Cellular Respiration Flashcards
Which portion of cellular respiration produces the most ATP? The Electron Transport Chain (32 ATP per glucose) During respiration, the electron transport chain occurs in the....


At What Stage in Cellular Respiration Is Most ATP Produced?
The end result of glycolysis is that it produces four molecules of ATP, which means that two molecules of ATP are gained during glycolysis. Aerobic and Anaerobic Cellular Respiration Cellular respiration can be performed with and without oxygen.


Cellular Respiration Flashcards
Both processes include glycolysis. In aerobic respiration oxygen (O2) is needed and in anaerobic respiration no oxygen needed. Aerobic produces 36 ATP; Anaerobic produces 2 ATP. *There are many ways to compare and contrast these!!!


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Photosynthesis, a process in which light energy is captured to drive. carbohydrate synthesis, is described in Chapter 13. Any discussion of carbohydrate metabolism focuses on the synthesis and usage. of glucose, a major fuel for most organisms.


What Role Does Oxygen Play in Aerobic Respiration?
Now we can look more closely at the glucose metabolism process to further see why oxygen is so important. Glucose Metabolism Process When a glucose molecule enters the cell, it is broken down into energy in three major steps. First, the 6-carbon ring is converted by glycolysis into two 3-carbon chain pyruvate molecules.


What Role Does Oxygen Play in Aerobic Respiration?
Oxygen, a Potent Oxidizer. Oxygen is not directly required by any of the enzymes involved in glucose metabolism. Where, then, is it needed? When glucose -- a highly reduced compound -- is oxidized, electrons are passed from the sugar to carrier molecules to the electron transport chain where oxygen, a powerful oxidizer, plays a key role.


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bic process, which would have been necessary in the oxygen-poor atmosphere of pre-eukaryotic Earth. In glycolysis, also referred to as the Embden-Meyerhof-Parnas pathway, each glucose molecule is split and converted to two three-carbon units (pyruvate). During this process several carbon atoms are oxidized. The small amount of energy


Chapter 8 Microbial Metabolism
are anaerobic so they don't require oxygen and they need only a small amt of the energy in glucose is captured in ATP aerobic respiration does require oxygen as an electron acceptor and captures a large amt of energy in a glucose molecule in ATP Oxidation of glucose by glycolysis and aerobic respiration glucose + oxygen ----->carbon dioxide + energy


Chapter 8 Microbial Metabolism
using oxygen (1/2 O2) in metabolism creates toxic waste microbes that are able to use aerobic respiration produce enzymes to detoxify oxygen: catalase: Water---> H20 and )2 microbes that don't make these enzymes cannot exist in the presence of oxygen


Chapter 8 Microbial Metabolism
metabolic pathway used by autotrophs and heterotropics to break down glucose doesn't not require oxygen but can happen with or without process of O


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degraded by the glycolytic pathway. Glucose molecules not required for immedi-ate energy production are stored as glycogen in liver and muscle. The energy requirements of many tissues (e.g., brain, red blood cells, and exercising skeletal muscle cells) depend on an uninterrupted flow of glucose. Depending on a


What Role Does Oxygen Play in Aerobic Respiration?
Now we can look more closely at the glucose metabolism process to further see why oxygen is so important. Glucose Metabolism Process. When a glucose molecule enters the cell, it is broken down into energy in three major steps. First, the 6-carbon ring is converted by glycolysis into two 3-carbon chain pyruvate molecules.


Chapter 8 Microbial Metabolism
does require oxygen and gets large amount of of ATP from the break down of glucose autotrophs include photoautotrophs (get energy from light) & chemoheterotrophs (energy from breaking down ready-made organic material)


Human Resources Management, 13e (Dessler) Chapter 8 Training and Developing Employees 1) On Alicia's first day of work at a software
Human Resources Management, 13e (Dessler) Chapter 8 Training and Developing Employees 1) On Alicia's first day of work at a software. firm, she attended a meeting with the HR manager and other new employees. Alicia learned about employee benefits packages, personnel policies, and the structure of the company.


Human Resources Management, 13e (Dessler) Chapter 8 Training and Developing Employees 1) On Alicia's first day of work at a software
customers of the employee to consider as you develop his or her performance assessment. Once you have gathered your information, compare the employeeâs actual performance to the. performance standards that you and the employee determined at the beginning of the. performance assessment period.


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may be useful: Within the context of the Universityâs performance assessment and management system, âassessingâ means evaluating the employee against the set of pre-established expectations and standards included in the employee's Performance Plan.


Human Resources Management, 13e (Dessler) Chapter 8 Training and Developing Employees 1) On Alicia's first day of work at a software
59) Which process involves assessing the company's strategic needs, appraising the current performance of managers, and developing the managers? A) management development B) performance management C) strategic management D) management by objectives Answer: A Explanation: A) Management development is any attempt to improve managerial performance by imparting knowledge, changing attitudes, or increasing skills.


Human Resources Management, 13e (Dessler) Chapter 8 Training and Developing Employees 1) On Alicia's first day of work at a software
The management development process consists of assessing the company's strategic needs, appraising managers' current performance, and then developing the managers. Diff: 1 Chapter: 8 Objective: 7 Skill: Concept Learning Outcome: Compare and contrast different approaches to training and development 60) All of the following are on-the-job training methods used for managerial positions EXCEPT _____.


Human Resources Management, 13e (Dessler) Chapter 8 Training and Developing Employees 1) On Alicia's first day of work at a software
Paying employees for training will not necessarily protect an employer. Diff: 3 Chapter: 8 Objective: 1 Skill: Concept. 3 Copyright Â© 2013 Pearson Education, Inc. publishing as Prentice Hall. 8) Surveys have found that ________ has the greatest influence on organizational performance and employee productivity.


Overview
Performance management includes five elements: planning, monitoring, developing, assessing, and rewarding. Carrying out the processes of performance management provides an excellent. opportunity for both the supervisor and employee to identify developmental needs.


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Preparing for the annual assessment meeting is a collaborative process. provides the employee with a copy of three documents: These documents are integral to the performance assessment process. assessment document and holding the performance assessment meeting.


Human Resources Management, 13e (Dessler) Chapter 8 Training and Developing Employees 1) On Alicia's first day of work at a software
A current training needs analysis is focused on training new employees or deficient employees for the purpose of improving current performance. Diff: 2 Chapter: 8 Objective: 4 Skill: Concept 76) Performance analysis is a detailed study of a job to determine what specific skills the job requires.


Resolving Employee Performance Problems
a part of the employeeâs official performance assessment/appraisal, which is sent to your designated HR Partner. The Performance Plan, which is the document that the supervisor and employee developed at


What those creepy-sounding app permissions mean â and when to be wary
Facebook Messenger is the most-downloaded free app on Apple's App Store, yet many users are worried that the app is invading their privacy -- helping to earn it a one-and-a-half star average rating. Here's why: When you download it, the app asks for access to your microphone and your camera, spawning false rumors that Facebook will be able to record your activities using your own phone.


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7 ways your apps put you at risk, and what you can do about it. 1  1. Unencrypted data. 2  2. Location, location, location. 3  3. Ads, ads, ads. 4  4. Single sign-on. 5  5. Address books and calendars. 6  6. In-app purchases. 7  7. Unique Identifiers. 8  Awareness is the best defense.


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If the app has the permission, the method returns PackageManager.PERMISSION_GRANTED, and the app can proceed with the operation. If the app does not have the permission, the method returns PERMISSION_DENIED, and the app has to explicitly ask the user for permission. Request Permissions If your app needs a dangerous permission that was listed in the app manifest, it must ask the user to grant the permission.


What Are Android Permissions and Why Should You Care?
If app developers know what theyâre doing, theyâll have a check in place to let you know that the app canât function if you donât grant the app that permission. Ideally, the app will ask you for permission as you take actions in the app that require them, not all at once as soon as you open it.


Q&A: Revealing Your Location (or Not) to Mobile Apps
Why do so many smartphone apps want permission to use my location â even apps that have nothing to do with maps or navigation? a. Some apps may request your current location so they can display information relevant to the area.


Location consent prompts and settings improvements in Windows 10 Mobile
All apps on Windows 10 Mobile that use location will benefit from these new improvements, whether the app was installed prior to upgrade to Windows 10, installed after upgrading, or installed on a fresh Windows 10 Mobile device. 1  Here are some things you can do to make your appâs experience ideal for your users: 1  If you are building a Windows 10 package, remove your custom in-app location consent prompts and ON/OFF toggles and the logic behind them. 2  Be aware of when you first request location, the system-provided runtime prompt will appear.


Why Does This Android App Need So Many Permissions?
This is all the more reason developers need to be transparent about the permissions they request, he said, and why users need to be carefulânot paranoidâand challenge devs when they don't know why an app needs the permissions it does.


7 ways your apps put you at risk, and what you can do about it
What can you do? Single sign-on is convenient, but risky. If youâre going to use it, we recommend only doing so with apps or sites where you have a high degree of trust. 5. Address books and calendars. Like location, calendar and address books are a goldmine for advertisers.


What Are Android Permissions and Why Should You Care?
In case these seems like dÃ©jÃ  vu â weâve explained Android permissions before How App Permissions Work & Why You Should Care [Android] How App Permissions Work & Why You Should Care [Android] Android forces apps to declare the permissions they require when they install them.


Why do some Android apps need access to my SD card and fine location?
However, to be safe, simply disable GPS when you're not really using it anyway (for navigation or something), once GPS is disabled, apps won't get your fine location, only your estimated location based on last know location or wifi triangulation or whatever is used to get your estimated location via wifi.


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5 responses. 1  Woohoo!! I won! 2  sweet! I canât wait to see the Antarctic dollar! 3  Congratulations to the winners!! December 22, 2010 at 5:41 PM. 4  PRIZES ARE IN THE MAIL TODAY!! Waiting for the next flight off the ice.


Hi, Our ice maker started making blue ice cubes! Why, andâ¦
The liner is clean but the water that is getting ready to freeze is blue. I looked at the water tube going up the back of the fridge into the freezer and the line has clear water in it also. Expert: esequiel walker replied 7 years ago. hi i can honestly tell you that i have never had this issue in 19 yrs nothing even close.last question what color is the ice maker lining where the water freezes and are there pieces of blue tint in the ice maker door tray . Customer: replied 7 years ago.


Why Is Ice Blue?
Glacier ice appears more turquoise than blue because hydrogen bonding within ice shifts the absorption spectrum of ice to a lower energy, making it more green than liquid water. Snow and ice that contains bubbles or lots of fractures appears white because the grains and facets scatter light back toward the viewer rather than allow it to penetrate the water.


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Ice only appears blue when it is sufficiently consolidated that bubbles do not interfere with the passage of light. Without the scattering effect of air bubbles, light can penetrate ice undisturbed. In ice, the absorption of light at the red end of the spectrum is six times greater than at the blue end. Thus the deeper light energy travels, the more photons from the red end of the spectrum it loses along the way. Two meters into the glacier, most of the reds are dead.


Why is the snow blue?
Interestingly, this is not the reason that the sky is blue. But, that is a physics problem for another day. Sue Pike of York has worked as a researcher and a teacher in biology, marine biology and environmental science for years. She teaches at York County Community College and St. Thomas Aquinas High School.