Hydrogen and oxygen can be used to clean the old left painting because they unreactive with the paint.
The oxygen atoms left behind from the water molecules join into diatomic oxygen molecules.
Nothing is left because hydrogen is an element, from which only water is formed when burning (explosively) with oxygen.
In terms of Chemistry it means to make sure that there are equal numbers of atoms on both sides of the equation. For example, H2O2 +O2 = OH + O2 is not balanced as there are only four atoms of oxygen and two atoms of hydrogen on the left, and there are 3 atoms of oxygen and an atom of hydrogen on the right. To balance it, you make it so that it looks like this: H2O2 + O2 = 2OH + O2. Now, you have 2 atoms of hydrogen on the left with four atoms of oxygen, and 2 atoms of hydrogen on the right with four atoms of oxygen. Here is another balanced equation: 6 CO2 + 12 H2O + energy → C6H12O6 + 6 O2 + 6 H2O Carbon dioxide and water plus energy yields sugar, oxygen, and water. This essential chemical reaction is known as photosynthesis.
they are usually found in the top right area of the table (carbon, nitrogen, oxygen, phosphorus, sulfur, selenium) and hydrogen in the very top left
Nope, the formula of potassium hydroxide is K-O-H oxygen can combine with exactly two elements normally. K (potassium) can combine with one the same for hydrogen. There is no more reacting with oxygen left to do, so it will not burn in air. It is corrosive though, it will eat metals, and flesh, and it will also release hydrogen gas when combined with aluminum and water. Hydrogen gas is flammable.
water is left
Hydrogen
This question answers itself. The products of a reaction PRODUCING hydrogen and oxygen are, well, hydrogen and oxygen!If you are asking what hydrogen and oxygen are made FROM, than the REACTANT is water. If a voltage is applied to water, hydrogen and oxygen gas are made.If you are asking what the product of a reaction is when hydrogen and oxygen are the REACTANTS, then the answer is also water.See the Related Questions for more information to the left of this answer.
If you mix hydrogen and oxygen then set the mixture on fire, you'll get water. The ratio is 2 parts hydrogen atoms to one part oxygen atoms--or really one H2 molecule plus one oxygen atom because that's how hydrogen comes from the welding store you bought it from. If there's too much hydrogen you'll have some left over; too much oxygen and you'll have some of it left over.
The oxygen atoms left behind from the water molecules join into diatomic oxygen molecules.
Nothing is left because hydrogen is an element, from which only water is formed when burning (explosively) with oxygen.
Wood is made of three basic elements: hydrogen, oxygen, and carbon. When it burns the oxygen and hydrogen combust and the carbon is left over. This is the quick and easy explanation.
It degrades into water and oxygen gas. That is why hydrogen peroxide bottles are brown, to keep light from breaking it down.
very high temperature is needed to combine hydrogen and oxygen. at that temperature, water exists in gaseous form Oxygen exists as a gas in our atmosphere, because there isn't very much hydrogen in the atmosphere. If the Earth's atmosphere contained a substantial amount of hydrogen mixed with the oxygen, it would be an explosive mixture. Any spark would set it off. They the oxygen and hydrogen would combine to form water, and we would be left without enough oxygen to breathe.
Since water and carbon dioxide are both compounds which contain oxygen, it is possible to obtain oxygen from either, but you get a different residue depending upon which compound is the source of the oxygen. Take the oxygen out of water and you are left with hydrogen gas; take the oxygen out of carbon dioxide and you are left with carbon, which is a black solid. It is easy to spot the difference between hydrogen and carbon.
No. Carbon Dioxide (CO2)= 1 Carbon molecule, 2 Oxygen. Water (H2O)= 1 Oxygen, 2 Hydrogen. Glucose (C6H12O6)= 6 Carbon, 12 Hydrogen, 6 Oxygen. There are 115 left. Hope this helps.
John Dalton in 1803.See the Web Links to the left of this answer for more information.