The molecule H2O2 is a polar molecule because there is an unequal sharing of the bonding electron pairs.
If two of the same H2O2 molecules were to be attracted to one another, the positive end of one molecule and the negative of the other, the forces of attraction that would bring them together would be: London dispersion forces and hydrogen bonds.
London dispersion forces are forces that are created because electrons are constantly in motion, which cause one end of a non-polar molecule to become either temporarily positive or negative. Because of these temporary dipoles, two non-polar molecules may attract one another. These forces occur between all molecular attractions.
Hydrogen bonds occurs when a temporary covalent bond forms between a hydrogen of one molecule and the nitrogen (N), oxygen (O), or fluorine (F), of the other molecule. In this case, there is a bonding of one hydrogen atom to an oxygen atom.
Hydrogen peroxide (H2O2)
Hydrogen peroxide is one of the many molecules that can be found on Earth today. However, an individual might consider hydrogen peroxide to be a solution that humans cannot live without because of its many uses.
What is Hydrogen Peroxide?
Hydrogen peroxide is an extremely pale blue liquid. In a dilute solution, it will appear as a colorless liquid. Hydrogen peroxide was first discovered in 1818 by Louis Jacques Thenard, who was a French chemist. He discovered this molecule by reacting barium peroxide and nitric acid together. This process was used until the completion of the 19th century and the middle of the 20th century.
For many years, it was believed that hydrogen peroxide was unstable in its purest form because of the failed attempts to separate hydrogen peroxide from water. In 1894, Richard Wolffenstein was able to obtain pure hydrogen peroxide using the method of vacuum distillation.
For many years, it was believed that hydrogen peroxide was unstable in its purest form because of the failed attempts to separate hydrogen peroxide from water. In 1894, Richard Wolffenstein was able to obtain pure hydrogen peroxide using the method of vacuum distillation.
The Many Uses of Hydrogen Peroxide
Hydrogen peroxide…Get your Hydrogen peroxide! Hydrogen peroxide is one of the finest molecules around because of its many uses. It is extremely practical to have around in your house. Whether you are a child who wants their parents to disinfect a wound that you have just received while playing in the backyard or you want to use it as a mouthwash to whiten your teeth, hydrogen peroxide does the trick. Another reason for running out to the supermarket to buy some hydrogen peroxide is that it is an excellent stain remover and antiseptic. Hydrogen peroxide may also have a great use that an individual might not know about. This use is to water plants. By adding one ounce of hydrogen peroxide to one quart of water, you are adding oxygen to the soil. This will allow your plants to grow healthier. An interesting fact about the use of hydrogen peroxide is that 50% of the world’s production of this solution in 1994 was used for paper bleaching.
There are many other uses of hydrogen peroxide that may be discovered overtime, but these are only a few that have already been discovered. If these quick and easy uses of hydrogen peroxide have not persuaded you to go out and buy some, I do not know what will. Hydrogen peroxide is the miracle solution!



