This may benefit all of us

oakleyaaa

oakleyaaa

Member
alright, this is going to sound retarded, but it could work incredibly good, so we are all or have been in school at some point, and all have writen essays on a lot of gay shit, i think a good idea for newschoolers would be to help each other out with them

for example,

I just finished an essay on allotropes

in chemistry. It was possibly the gayest

thing ever, and nobody else in this world

should have to write about it. Therefore,

if someone needs to write an essay about

allotropes, haha, then they can ask me

and gladly i would send it to them.

now obviously i dont write good essays, and i'm assuming that many of you on here also aren't that good at it and hate it, so you could use someone elses essay for a reference

so say tomorrow i had to write an essay on like ancient egyptians or something, i could post in this thread and someone who has written about it could use it as reference

this seriously sounds genious to me, and obviously if u dont want ur work to be used, then don't give it away, so nobody should feel the need to say anything stupid such as "well i actually care about my work, and dont want to give it to u"

 
i meant to say that if i was going to write an essay, then someone could send it to me, and then obivously with all of us on the site, the favor would eventually be returned
 
u say that we are all too lazy to share our homework, but if need be, all u have to do is email a document to someone, and then when its your turn to write an essay, u won't really have to do muhc, besides request it on newschoolers in the forums, and then revise someone elses a little
 
well lets at least try it out first, and if it works, i'll make a cult, so someone who needs to write an essay post what they need, a little later tonight i'll need to write one, but i'm not sure yet, so someone post an essay, and lets see if anyone on here has something that relates to it
 
hahaha so ironic aabout the halogens, but i wrote an essay on halogens in the beginning of the year, i'll send it to u in a little
 
just to prove it could work and to show u that i am a shitty essay writer and need all your help, here ya go

Halogens

Halogens are very important elements on the periodic table. They are found in group 17. They all form special compounds that are very necessary in life today. The halogens are fluorine, chlorine, bromine, iodine, and astatine. Each one of them has many specific properties and qualities. All of the halogens have different boiling points, and they go up as the elements descend in their specific groups. One quality that all the halogens have is the oxidation number of -1. This allows them to easily join with other elements and the resulting compound will have a very high oxidation number.

One of the most important halogens is fluorine. It is also one of the most toxic and dangerous chemicals that there is. It can be known to cause fires with very simple compounds such as water, or eat threw materials such as plastic. This makes it very difficult to store. Fluorine has the highest oxidation of all the halogens. This makes it form with many other elements producing very high oxidation numbers. Fluorine is commonly used in our environment. One of its more popular uses is when it is formed into Teflon. You can often find Teflon as a coating on pots and pans, or as a material found in certain tapes that are used to seal dangerous gas pipes. All in all, fluorine is an extremely dangerous chemical that should only be handled by experienced professionals.

The next element in the halogens is chlorine. It is a very pare yellowish color. Like fluorine, chlorine is also a very strong oxidizing agent. It is very present in our environment. One of its most important uses is cleaning water. Some people object to this because they think it could be bad for the environment. Chlorine is also present in bleach. It is very powerful and can get out many stains. One problem with chlorine is that you cannot find it in a pure form due to its reactivity. You can most commonly find chlorine present in salt. From there it can be extracted. Chlorine is very reactive with many different elements. One of the most common occurrences is when it is reacted with hydrogen (Cl2 + H2 = 2HCl). The compound 2 HCl forms Hydrogen chloride, which is most commonly reacted with water, H3, and more chlorine to form hydrochloric acid, a very powerful acid.

Bromine is the next element in descending order in group 17. It is a reddish brown non-metallic element that is very heavy. Bromine is very dangerous. The vapor that it gives off can cause a strong irritation to the throat and eyes. Bromine is a very plentiful element that is available to buy from many science retailers. This can be very helpful when trying to do experiments with it. Bromine is not as reactive as chlorine, but still can react with many different elements. One example of a reaction is when it reacts with cyclohexane and cyclohexene. This reaction produces dibromoalkanan. Bromine is used for many things today. One of the more popular uses is when bromine is used in the compilation of color photos. Also bromine is used to make many drugs and the extraction of gold.

One of the more commonly found halogens is Iodine. It has the highest melting point out of all the halogens, yet it is the least reactive. The most common way to find pure iodine is to extract it from seaweed. The reaction is 2l- + Cl2 2Cl- + I2. This reaction produces pure iodine. One of the most common uses for iodine is for curing hyperthyroidism. The iodine attaches to rapidly multiplying hormones in the thyroid, setting them back to normal. Another use for iodine is in horse’s hooves. It cures a disease in which there hooves are abnormal shape.

The final halogen is astatine. It occurs when uranium or thoranium decay. Astatine is very radioactive. It is also a very heavy element. Astatine is a very rare element. It is said that at any current time, there is usually less than 30 grams of it present in the earth’s surface. Due to the very small presence on the earth, there is virtually nothing that astatine is used for.

In conclusion, the halogens are very important elements. They are very present in our world today. They can be used in anything from in your refrigerator or in your thyroid muscle. Halogens are very important, and we use them in our life daily.
 
good idea, but the reason that it probably wouldn't work as well as it could is that teachers usually don't assign general topics.

instead, it's more along the lines of a specific theme or question. at least for me it is.
 
but if someone has something remotly close to your topic, u can at least use there essay as a starting point, and look, it just worked for spidey.......i think
 
alright, tonight i need to write an essay about this, if anyone has anything about iron extraction, it will work, iron can be extracted from 2 ores in the earth's crust, explain what the two ores are, and what the extraction process intails as well as the further uses for iron in making a very usefull alloy, steel
 
i'd suggest wikipedia, but i just found out the other day that it's not a legitimate source

fuck!
 
i have no idea wat that is, but it sounds terrible. i have to write an essay in a few days about how outside forces influence growth. (relating back to a story and a poem)i also have an essay on thursday about change in s.s. (like revolutions and stuff)
 
i have freaking on everything chemistry, here ya go

Elements are defined as a substance composed of one type of atoms having an identical number of protons in each nucleus. Even though all elements have the same number of protons, this does not mean a single element will have a definite structure.

Many elements have allotropes. An allotrope is when the same element takes on a different structure. Many people think that the only time an elements structure changes is when it changes phases, this is incorrect. An elements structure changes when it combines with more of itself. For example, when carbon combines with more carbon, it can form many different structures. A very common allotrope of carbon is graphite. It is formed when carbon elements bond with each other. Graphite is a very flat-like structure, therefore giving it its smooth slippery texture. The structure of the elements also leads to many other qualities of the allotrope such as how hard it is, smoothness, and even how much it will cost. Cost comes into play for the carbon allotrope Diamond. Diamond is a very hard and expensive allotrope. Its structure is carbon-to-carbon bonds that form a three-dimensional crystal shape. Diamond is formed in the earth when graphite is heated up to 1500 degrees Celsius at a very high pressure. One of the most important and new discoveries of allotropes has been with the carbon allotrope fullerene. Fullerene is a tremendously strong and light form of carbon. Dr. Curl and Dr. Kroto accidentally discovered it in 1996 while studying materials in space. They went on to receive the Nobel Prize for this discovery. A little while later, scientists started to theorize that fullerene could be used to filter out harmful chemicals in the air. Fullerene is also being used in treatment for HIV and even Parkinson’s disease.

Another element that has many allotropes is oxygen. Oxygen is normally found as a gas, but can also be seen as a slightly blue liquid. Oxygen is high in the reaction series, and bonds with almost every other element. Oxygen has two main allotropes. The most common oxygen allotrope is O2. This allotrope is the air we breathe. Its structure is two oxygen elements joined together by a covalent double bond. This structure makes it very easy to bond with,, therefore it is part of most chemical compounds. The other allotrope of oxygen is ozone or O3. Ozone is present 30-80 kilometers above the earth making up the ozone layer. Its structural formula is a triangular shape, with two double bonded oxygen elements and a separate oxygen attached to that.

One final element with allotropes is phosphorus. The most dangerous form of phosphorus is the White allotrope. The white form can ignite if it comes in contact with air, and is also very poisonous. Its structural formula is a three-dimensional triangular shape. Since it is so highly dangerous, it usually is only used for making explosives and smoke screens. The second phosphorus allotrope is the red allotrope. To form red phosphorus, white phosphorus is left out in the sun. The structure of it is a chain of triangular shaped phosphorus groups. It is used in matches, and also smoke bombs. The final type of phosphorus alltropes is black phosphorus. Black phosphorus is not very dangerous, and doesn’t ignite unless heated significantly.

Allotropes are very significant in today’s society. If allotropes were not discovered, many things that we take for granted would not be around. Many aspects of life would be different. A huge change would be the production of graphite in pencils. Without the graphite allotrope, there would be nothing that would be as smooth, as clear, and as safe to use as graphite.

Another thing that would be totally different would be jewelry. Diamonds are a very essential element in jewelry today. It is very strong and very beautiful.

Without allotropes, the world would be a totally different place.
 
Wow dude, you are a god. thanks for that one. If you need one, i have a couple essays on my comp that you can get from me.
 
I have an apology essay for when i stuck 4 pencils in the cieling, threw a book out the window, and screamed " LUKE I AM YOUR FATHER" in a fan(from Tommy Boy). My teacher made me write one to the gay sub. BItch. So if any one has done what i just explained than pm me.
 
my brother just had to do an essay on civil engineer and nuclear engineer and i had to write 2 essays on careers i would liket o pursue so he sent those to me and im handin them in tomorrow (day late but ita worth it to not have to do any work)
 
i just wrote an essay showing how art follows and reflects society/changes using early 20th century art pieces and i have a ton on Antigone
 
pretty much anything chemistry, biology, romeo and juliet, light in the forest, european history, and a few books reports that i could send you for an easy A, i would be glad to send
 
yea thats a good idea, but i think it wise to also put the ur grade and the grade u got on the assignment, so we dont have a bunch of people copying a failing assignment
 
wow im suprised, im reading this and hearing these topics and saying to myself "there is no fucking way that people have these essay's." but to my suprise people are coming through for this thread thingy... GOOD WORK
 
heres a sick intro to a book/film macbeth comparison

The works of William Shakespeare have often been adapted into films, each of which is presented from a fresh perspective featuring the views of its director. As Shakespeare’s works are in the public domain, there are no strictly defined parameters for these revivals to adhere to, giving each director wide latitude to interpret Shakespeare’s classics in his or her own way. Roman Polanski’s Macbeth stands as one of the finest representations of Shakespeare in modern cinema. While it is for the most part a faithful representation of the original, Polanski adds touches that make the work definitively his own. Shakespeare and Polanski both develop intricate characterization in the epic, though Polanski’s employment of the technique illustrates how his approach distorted the audience’s perception of the work.
 
wait till they google part of your essay to see if it was ripped off the net and they find it here on NS...
 
^ exactly. my school has a program where they need your essay on disk, they pop it into the computer and then the computer does some crazy colour plagerisme thing, it goes threw every site on the internet so tough luck
 
^well thats a risk users will have to take. I say start a cult to keep this more organized. I have many essays to throw about.
 
yea.. i guess some people would like to risk expulsion to get over an essay. might just be me but i dont think that sounds like a good idea
 
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