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When hydrogen burns in air it reacts with another element?
oxygen
What does Hydro means water in greek this element is the watermaker because it turns into water when it burns in air?
"Hydro" does not mean water in Greek; it actually means "water" in English. The element you are referring to that turns into water when it burns in air is hydrogen (not hydro), with the chemical symbol H. When hydrogen gas reacts with oxygen in the air, it forms water (H2O) through a chemical reaction.
What product is formed when hydrogen burns the air?
When hydrogen burns in air, it forms water (H2O). This is a chemical reaction in which hydrogen gas (H2) reacts with oxygen gas (O2) to produce water vapor.
What compound is formed when you burn an element in air?
When an element burns in air, it reacts with oxygen to form a compound known as an oxide. The specific oxide formed depends on the element being burned. For example, when carbon burns, it forms carbon dioxide (CO2) and when magnesium burns, it forms magnesium oxide (MgO).
What is the hydrogen test?
hydrogen burns in air with a pop sound
What is a chemical property of the element hydrogen?
One chemical property of hydrogen is its ability to react with oxygen to form water. Hydrogen also exhibits the property of being highly flammable when exposed to air or an oxygen-containing atmosphere.
What is the chemical that is formed when hydrogen burns in air?
Water.
What actually is produced when hydrogen burns in air?
Steam
When hydrogen burns in air the change is chemical Give two reasons to support this assertion?
When hydrogen burns in air with H2+O2= H20
Why is Hydrgen dangerous?
It burns very easily in air. With the right ratio of air-to-hydrogen, it is explosive.
Which element gives dazzling light when it burns in air?
Magnesium is the element that gives dazzling light when it burns in air. This is due to the intense white light produced as a result of the combustion reaction with oxygen.
What happens to the hydrogen when a candle burns?
The hydrogen within the paraffin of a candle (the wax) severs its bonds with the carbon (the other element in the paraffin) because the energy the heat produces is enough to do so. The hydrogen then bonds with the oxygen atoms around it, and forms H2O. You can test this by covering a lit candle with a clear beaker. You will observe that water condenses around the flame.
