Formula for Water - H20
Formula for Hydrogen Peroxide - H2O2
You can tell that there is more oxygen in hydrogen peroxide than in water because hydrogen peroxide has an extra oxygen atom compared to water. The chemical formula for hydrogen peroxide is H2O2, while the formula for water is H2O. This extra oxygen in hydrogen peroxide makes it a more oxidizing chemical compared to water.
You get soapy water. A soap solution is soap water. And no soaps should react in anyway, since the only real variation would be the fat types, and fats don't react with each other. The fragrances I highly doubt would react either. Oh yeah, it'll suds up. Duh. Forgot about that.
Two reactions are possible 2H2 + O2 -> 2H2O - complete combustion to form water H2 +O2 -> H2O2 -incomplete combustion to form hydrogen peroxide
Hydrogen Peroxide is expressed as H2O2, so you would assume that the molecular density would require you to only utilize 50 grams of hydrogen peroxide in order to get the required oxygen. However, Oxygen is a heavier atomic mass than Hydrogen, and therefore would require a slightly lower total of H2O2 in order to get the amount of oxygen required. by taking the atomic weight of both atoms, dividing the weights to find the percentage of the H2O2 that is Oxygen, you will be able to tell how much of the original substance you will need to divide in order to get the oxygen.
When hydrogen burns, it combines with oxygen to form water (H2O).
You can tell that there is more oxygen in hydrogen peroxide than in water because hydrogen peroxide has an extra oxygen atom compared to water. The chemical formula for hydrogen peroxide is H2O2, while the formula for water is H2O. This extra oxygen in hydrogen peroxide makes it a more oxidizing chemical compared to water.
You get soapy water. A soap solution is soap water. And no soaps should react in anyway, since the only real variation would be the fat types, and fats don't react with each other. The fragrances I highly doubt would react either. Oh yeah, it'll suds up. Duh. Forgot about that.
water doesn't burn
Two reactions are possible 2H2 + O2 -> 2H2O - complete combustion to form water H2 +O2 -> H2O2 -incomplete combustion to form hydrogen peroxide
Not sure. But my instincts tell me that's a terrible idea. I don't recommend it.
Hydrogen Peroxide is expressed as H2O2, so you would assume that the molecular density would require you to only utilize 50 grams of hydrogen peroxide in order to get the required oxygen. However, Oxygen is a heavier atomic mass than Hydrogen, and therefore would require a slightly lower total of H2O2 in order to get the amount of oxygen required. by taking the atomic weight of both atoms, dividing the weights to find the percentage of the H2O2 that is Oxygen, you will be able to tell how much of the original substance you will need to divide in order to get the oxygen.
When hydrogen burns, it combines with oxygen to form water (H2O).
The density of the fresh water is less than the density of the salt water.
Food grade hydrogen peroxide can be purchased from specialty health food stores, online suppliers that cater to natural health products, or companies that supply chemicals and laboratory equipment in New Zealand. It is important to ensure that the product is labeled as food grade and intended for human consumption.
Can't tell, 'cause water doesn't burn. Water is totally oxidized hydrogen. It is essentially hydrogen "ash". Just as you cannot reignite the ashes from a fire you cannot re-burn water after hydrogen is burned with oxygen to water.
The answer depends on what you want tell it apart from!
its made of two hydrogen atoms and one oxygen. obviously.