Yes. Burning hydrogen gas in air produces water vapor.
When hydrogen burns in air with H2+O2= H20
Fill a balloon with the gas and see if it is lighter than air (only Helium and Hydrogen will make a balloon float...) Calculate the density of the gas (mass/volume)
The following are some things that do not happen:The water decomposes into hydrogen and oxygen.The air gets sucked into the water, forming a whirlpool.The hydrogen in the water fuses, producing a multimegaton nuclear explosion.The nitrogen in the air reacts with the hydrogen in the water forming ammonia gas.The surface of the water becomes electrically charged.etc.
The word equation for a candle burning in the air is: Wax + Oxygen → Carbon Dioxide + Water + Light + Heat.
Hydrogen.
water
Yes. You cannot get water from hydrogen alone. You need oxygen. Since oxygen is a part of the atmosphere, simply burning hydrogen in air will give you water vapor. Passing an electric current through water will split it back into hydrogen and oxygen.
The old name was "flammable air." The name hydrogen was invented after they found out burning hydrogen in air creates water - "hydro" means water and "gen" means "produces."
Hydrogen in Greek translates as "water maker" referring to the fact that it is one of the two elements in water.And that water is the result of burning hydrogen in air.
When hydrogen burns in air with H2+O2= H20
what is the substance formad when burning both hydrogen and ethanol in the air
There is only one product - water. Hydrogen burns in the oxygen in air to form hydrogen oxide or water vapour. 2H2 (g) + O2 (g) = 2H20 (g)
oxygen and water.oxygen from water when it splits into hydrogen and oxygen because only the hydrogen is used, and water from carbon dioxide that combines with hydrogen to make a carbohydrate,
because the bubbles are air the air can't fuse with hydrogen to become water because there is no excess hydrogen so it goes to the air as bubbles
yes it is a chemical change.
Burning creates oxides such as C02 and nitrous oxides. These react with the water in the air (H20), combining with the hydrogen in the water to form acids: carbonic acid and nitric acid respectively.
When hydrogen burns in air, it combines with atmospheric oxygen to form water. Since hydrogen and oxygen are undergoing a chemical change to become chemically bonded together producing H2O the change is chemical in nature.