Phosphorus Research Paper
Received a 96 on this paper.
PHOSPHOROUS
(A Greek word meaning Light Bearer)
Many of the substances and gadgets discovered in the past were done so by accident. Phosphorus was no different. This substance came about in 1669 when a German physician named Hennig Brand boiled, filtered and processed many gallons of urine. As disgusting as this method was, he conducted the experiment in hopes to distill salt by evaporating urine! In the interim, he generated a white substance that glowed in the dark and burned brightly, hence Phosphorus. The urine-burning method is not necessary any longer. We can collect phosphorus from phosphate rock now.
Because of Henning Brand’s non-conventional methods then, beginning in the 19th century and today, we have fireworks, matches, pesticides, toothpaste, and detergents. Phosphorus went on to aid in the creation of fertilizer, and the latest, a herbicide that we all know as Roundup.
Phosphorus and calcium are two of the most plentiful minerals in the human body. Phosphorous works with calcium to produce healthy teeth and strong bones. However Phosphorous and Calcium are two very different entities. Without Phosphorus the body would not be able to convert protein, carbohydrates and fat into energy. Phosphorus also aids in the …show more content…
formation of cell membranes and genetic material and assists the kidneys in cleaning out toxins.
Obtaining and/or maintaining the proper amount of phosphorus depends on one’s eating habits. Which kinds of foods give the proper amount of phosphorus? How can foods be prepared to allow the maximum retention of phosphorus? Consider the foods that contain an adequate serving of starch and fiber.
Whole wheat breads, oatmeal, whole-grain cereals, chicken without the skin, liver, fish and seafood, beef, turkey, dairy products, pork, and lamb are some foods that contain the necessary levels of phosphorus. Dairy products such as cheese are good sources for obtaining phosphorus as well.
Stay away from high volumes of carbonated drinks. These drinks are loaded with calories. Because of this reason, carbonated drinks are not on the list of good sources. Change routine food intake. When doing this, though, avoid too much sodium and sugar intake. Overloading on these two don’ts defeats the purpose one is trying to achieve.
Dependent on the way food is prepared, the phosphorous levels in food can deteriorate quickly. So it is most important to prepare foods properly so to maintain the highest level of phosphorus possible. Broil or roast poultry, pork, veal and lamb. Beef can be cooked by any preferred means. This dish maintains the same level of phosphorus no matter how it is prepared. Also, prepare the entrée of choice with as little water as possible.
The cycle of phosphorus is quite simple.
Phosphorus is born a nutrient that resides in a rock. The nutrient then either gets flushed out by the rain or chipped out by human beings. Plants absorb the nutrient in its roots. Phosphorus is now in the plant. When the plant parts fall off and start to deteriorate, the nutrient gets into the water and spreads to the other plants and water wildlife. For the most part, having phosphorus in the water is not good. This would probably mean that some other bad chemical polluted the water. Phosphorus in the water causes plants to die off and bacteria to form. This will cut off the oxygen supply and make it harder for plants and animals to
breathe.
Remember the old saying, “Plants give off oxygen and are good for you?” Well, it’s true. Plants contain phosphorus commonly known as phosphates. There are risks of phosphorus losses in agricultural habitats. Because most of these lands provide a variety of foods for our country, water is a vital asset. Because so much water is used in these areas, vital phosphorus could deteriorate. Farmers have been contemplating a resolution of this problem for a while now. It seems that the cause of these losses may be from the intensive growing of fruits such as citrus and strawberries and the production of too much animal waste. Farmers must come up with a balance between animal and crop production. If a balance between the two cannot be achieved, then recommendations given by the Helcom Declaration to reduce the livestock must be taken into consideration. There just doesn’t seem to be enough phosphorus to go around.
There is a system in place called the Best Management Practice (BMP) that lists ways to increase phosphorus. Phosphorus can be replenished by creating an appropriate crop rotation, applying fertilizer in line with crop growth, incorporating animal manure, and control soil erosion by not drilling directly or heavy mulching. These are just some ways to preserve our healthy nutrient and phosphorus levels. One farm, one person cannot do this alone. It will take the participation of many. We all have to start somewhere.
On the other hand, we don’t want too much phosphorus in our water systems either. An overload of phosphorus in the water would increase the growth of algae, making the water less clear. This is not good for the simple fact that algae growth reduces the oxygen level in the water.
It is very well possible to have too much of a good thing, however. Be sure to monitor daily phosphorus intake. Serious health issues can arise from exceeding the recommended levels. These issues include osteoporosis, kidney disease, heart and liver damage. Many people eat more foods that contain higher volumes of phosphorus than calcium. Therefore, when the body begins to demand calcium, it takes calcium from the only other source it knows, the bones. This is how people who do not get enough calcium and too much phosphorus contract osteoporosis. Just as too much phosphorus can cause serious health problems, so can too little. In addition, overmedicating can be a deterrent in not getting enough phosphorus.
The effects of coming in contact with phosphorus go from one extreme to the other. Depending on the color of the substance, a person could be just fine or become a fatality! There are three different types of phosphorus. Each possesses its own charming characteristics.
Although known as red phosphorus, this substance is a reddish-brown powder that can also range from a purplish color to an orangey color due to its make up. This substance is highly flammable, but is harmless unless it contains traces of white allotrope. This will cause red phosphorus to become highly toxic. The uses as far as I can tell are through the production of matchbook striking pads, methamphetamine and flares.
Black phosphorus is a crystal-like substance that is made from white residual under extreme pressure. It is not flammable on its own accord but can promote electrical current To date, there is no significant use for black phosphorus.
White phosphorus is the worse of the three because it is lethal. White phosphorus has no color. It is a nonmetal that does not break down in water. This is why white phosphorus must be stored underwater. White phosphorus is activated when air, heat or light intrudes on it. Many who have come in physical contact with white phosphorus are dead. When in contact the white phosphorus, the substance burns the flesh right off the bones. At the same time, white phosphorus is damaging other vital organs such as the heart, liver and kidneys simultaneously.
White phosphorus is used by our military in many forms, but ultimately as a nerve agent packed into various weapon forms. This substance is used in bombs, aids in smoke screens and utilized as tracer ammunition.
The U.S. military confessed to the reports and accusations of their use of white phosphorus as a weapon against combatants in Falluja. They were under the impression that since white phosphorus burns but not poisons, white phosphorus is not a chemical weapon. Yes, white phosphorus is considered an incendiary weapon, but it is also considered toxic. White phosphorus generates a gas that coincidentally claims war all by itself on the mucous membrane, lungs and eyes. The entire definition in itself directly labels white phosphorus as a chemical weapon. If the intent is to destroy human and animal life by way of toxins, then whoever is committed the act is breaking the laws of the Chemical Weapons Convention and the Battle Book.
As evidences in the above paragraphs, white phosphorus is not a substance to be taken lightly. Right before death, people experience stomach cramps, nausea and drowsiness. Even though death is almost instantaneous, it will not, however, be peaceful.
Like everything else in this world, there is a good side and a bad side to phosphorus. Let’s all keep working on the good side and deplete the bad side. Phosphorus can give life and take it away. Let’s all strive for the type of phosphorus that gives the former not the latter.
Work cited:
http://www.hoptechno.com/book29o/htm http://www.allstarhealth.com/lj_c/phosphorous.htm http://www.lenntech.com/Periodic-chart-elements/P-en.htm http://www.acu-cell.com/pna.html http://www.umm.edu/altmed/conssupplements/phosphoruscs.htm. http://www.physchem.ox.ac.uk/msda/ph/phosphorus_red.html http://en.wikipedia.org/wiki/phosphorus http://education.jlab.org/itselemental/ele015.html http://nogw.com/download/2005_warcrime_within.pdf
PHOSPHOROUS
(A Greek word meaning Light Bearer)
Many of the substances and gadgets discovered in the past were done so by accident. Phosphorus was no different. This substance came about in 1669 when a German physician named Hennig Brand boiled, filtered and processed many gallons of urine. As disgusting as this method was, he conducted the experiment in hopes to distill salt by evaporating urine! In the interim, he generated a white substance that glowed in the dark and burned brightly, hence Phosphorus. The urine-burning method is not necessary any longer. We can collect phosphorus from phosphate rock now.
Because of Henning Brand’s non-conventional methods then, beginning in the 19th century and today, we have fireworks, matches, pesticides, toothpaste, and detergents. Phosphorus went on to aid in the creation of fertilizer, and the latest, a herbicide that we all know as Roundup.
Phosphorus and calcium are two of the most plentiful minerals in the human body. Phosphorous works with calcium to produce healthy teeth and strong bones. However Phosphorous and Calcium are two very different entities. Without Phosphorus the body would not be able to convert protein, carbohydrates and fat into energy. Phosphorus also aids in the …show more content…
formation of cell membranes and genetic material and assists the kidneys in cleaning out toxins.
Obtaining and/or maintaining the proper amount of phosphorus depends on one’s eating habits. Which kinds of foods give the proper amount of phosphorus? How can foods be prepared to allow the maximum retention of phosphorus? Consider the foods that contain an adequate serving of starch and fiber.
Whole wheat breads, oatmeal, whole-grain cereals, chicken without the skin, liver, fish and seafood, beef, turkey, dairy products, pork, and lamb are some foods that contain the necessary levels of phosphorus. Dairy products such as cheese are good sources for obtaining phosphorus as well.
Stay away from high volumes of carbonated drinks. These drinks are loaded with calories. Because of this reason, carbonated drinks are not on the list of good sources. Change routine food intake. When doing this, though, avoid too much sodium and sugar intake. Overloading on these two don’ts defeats the purpose one is trying to achieve.
Dependent on the way food is prepared, the phosphorous levels in food can deteriorate quickly. So it is most important to prepare foods properly so to maintain the highest level of phosphorus possible. Broil or roast poultry, pork, veal and lamb. Beef can be cooked by any preferred means. This dish maintains the same level of phosphorus no matter how it is prepared. Also, prepare the entrée of choice with as little water as possible.
The cycle of phosphorus is quite simple.
Phosphorus is born a nutrient that resides in a rock. The nutrient then either gets flushed out by the rain or chipped out by human beings. Plants absorb the nutrient in its roots. Phosphorus is now in the plant. When the plant parts fall off and start to deteriorate, the nutrient gets into the water and spreads to the other plants and water wildlife. For the most part, having phosphorus in the water is not good. This would probably mean that some other bad chemical polluted the water. Phosphorus in the water causes plants to die off and bacteria to form. This will cut off the oxygen supply and make it harder for plants and animals to
breathe.
Remember the old saying, “Plants give off oxygen and are good for you?” Well, it’s true. Plants contain phosphorus commonly known as phosphates. There are risks of phosphorus losses in agricultural habitats. Because most of these lands provide a variety of foods for our country, water is a vital asset. Because so much water is used in these areas, vital phosphorus could deteriorate. Farmers have been contemplating a resolution of this problem for a while now. It seems that the cause of these losses may be from the intensive growing of fruits such as citrus and strawberries and the production of too much animal waste. Farmers must come up with a balance between animal and crop production. If a balance between the two cannot be achieved, then recommendations given by the Helcom Declaration to reduce the livestock must be taken into consideration. There just doesn’t seem to be enough phosphorus to go around.
There is a system in place called the Best Management Practice (BMP) that lists ways to increase phosphorus. Phosphorus can be replenished by creating an appropriate crop rotation, applying fertilizer in line with crop growth, incorporating animal manure, and control soil erosion by not drilling directly or heavy mulching. These are just some ways to preserve our healthy nutrient and phosphorus levels. One farm, one person cannot do this alone. It will take the participation of many. We all have to start somewhere.
On the other hand, we don’t want too much phosphorus in our water systems either. An overload of phosphorus in the water would increase the growth of algae, making the water less clear. This is not good for the simple fact that algae growth reduces the oxygen level in the water.
It is very well possible to have too much of a good thing, however. Be sure to monitor daily phosphorus intake. Serious health issues can arise from exceeding the recommended levels. These issues include osteoporosis, kidney disease, heart and liver damage. Many people eat more foods that contain higher volumes of phosphorus than calcium. Therefore, when the body begins to demand calcium, it takes calcium from the only other source it knows, the bones. This is how people who do not get enough calcium and too much phosphorus contract osteoporosis. Just as too much phosphorus can cause serious health problems, so can too little. In addition, overmedicating can be a deterrent in not getting enough phosphorus.
The effects of coming in contact with phosphorus go from one extreme to the other. Depending on the color of the substance, a person could be just fine or become a fatality! There are three different types of phosphorus. Each possesses its own charming characteristics.
Although known as red phosphorus, this substance is a reddish-brown powder that can also range from a purplish color to an orangey color due to its make up. This substance is highly flammable, but is harmless unless it contains traces of white allotrope. This will cause red phosphorus to become highly toxic. The uses as far as I can tell are through the production of matchbook striking pads, methamphetamine and flares.
Black phosphorus is a crystal-like substance that is made from white residual under extreme pressure. It is not flammable on its own accord but can promote electrical current To date, there is no significant use for black phosphorus.
White phosphorus is the worse of the three because it is lethal. White phosphorus has no color. It is a nonmetal that does not break down in water. This is why white phosphorus must be stored underwater. White phosphorus is activated when air, heat or light intrudes on it. Many who have come in physical contact with white phosphorus are dead. When in contact the white phosphorus, the substance burns the flesh right off the bones. At the same time, white phosphorus is damaging other vital organs such as the heart, liver and kidneys simultaneously.
White phosphorus is used by our military in many forms, but ultimately as a nerve agent packed into various weapon forms. This substance is used in bombs, aids in smoke screens and utilized as tracer ammunition.
The U.S. military confessed to the reports and accusations of their use of white phosphorus as a weapon against combatants in Falluja. They were under the impression that since white phosphorus burns but not poisons, white phosphorus is not a chemical weapon. Yes, white phosphorus is considered an incendiary weapon, but it is also considered toxic. White phosphorus generates a gas that coincidentally claims war all by itself on the mucous membrane, lungs and eyes. The entire definition in itself directly labels white phosphorus as a chemical weapon. If the intent is to destroy human and animal life by way of toxins, then whoever is committed the act is breaking the laws of the Chemical Weapons Convention and the Battle Book.
As evidences in the above paragraphs, white phosphorus is not a substance to be taken lightly. Right before death, people experience stomach cramps, nausea and drowsiness. Even though death is almost instantaneous, it will not, however, be peaceful.
Like everything else in this world, there is a good side and a bad side to phosphorus. Let’s all keep working on the good side and deplete the bad side. Phosphorus can give life and take it away. Let’s all strive for the type of phosphorus that gives the former not the latter.
Work cited:
http://www.hoptechno.com/book29o/htm http://www.allstarhealth.com/lj_c/phosphorous.htm http://www.lenntech.com/Periodic-chart-elements/P-en.htm http://www.acu-cell.com/pna.html http://www.umm.edu/altmed/conssupplements/phosphoruscs.htm. http://www.physchem.ox.ac.uk/msda/ph/phosphorus_red.html http://en.wikipedia.org/wiki/phosphorus http://education.jlab.org/itselemental/ele015.html http://nogw.com/download/2005_warcrime_within.pdf