Different sources give different numbers. A hydrogen flame in air burns at
A hydrogen flame in a pure oxygen environment can burn hotter:
Hydrogen energized by an electrical arc until it separates into lone atoms, and then burned (an "atomic hydrogen torch"), can produce even hotter flames, at 4000 °C to 5000 °C.
No hydrogen will not burn in the absence of air unless another oxidizer is present.
When you burn hydrogen and oxygen, the molecules combine to form water (H2O).
Hydrogen burns with a pale blue flame.
Water itself does not burn, as it is a compound made of hydrogen and oxygen. However, hydrogen, which is a component of water, can burn under specific conditions. Hydrogen can burn in the presence of oxygen and an ignition source, such as a spark or flame. This reaction produces water vapor and heat.
When ignited, hydrogen burns with a pale blue flame.
hydrogen wow, right? o_0
All stars 'burn' hydrogen
No hydrogen will not burn in the absence of air unless another oxidizer is present.
helium does not burn, hydrogen will burn in air
Hydrogen gas is highly flammable; you can make it burn with the slightest spark.
HOT HOT BURN BURN COOLS AND HARDENS
If you want to be really specific, you can have a flame using other things. For example, a jet of hydrogen will burn in an atmosphere of chlorine. You get hydrogen chloride then. But if you burn the hydrogen in oxygen you get water. These examples demonstrate that burning is a chemical reaction and a great many things will combine with oxygen and in many cases small particles of white/red hot material are given off. This is a flame.
Yes. When you burn hydrogen the product is water. If you pass an electric current through that water you can split it back into hydrogen and oxygen.
You don't. Sea water is the combustion byproduct of hydrogen. That is, water is water you get when you burn hydrogen.
When you burn hydrogen and oxygen, the molecules combine to form water (H2O).
Hydrogen burns with a pale blue flame.
Burn hydrogen