Oxygen supports combustion, therefore no open flame or combustible products should be permitted when oxygen is in use.
Because fuel is a FLAMMABLE material.
No. Chlorine gas (though deadly) is non-flammable. However, fumes from chlorine bleach are not chlorine gas. Chlorine gas is Cl2 and is deadly but does not exist in nature, it must be manufactured. Evaporating bleach (NaOCl) generally fumes off oxygen and leaves NaCl (salt). None of these elements are flammable.
Pure oxygen is extremely flammable (the air we breathe is only about 21% oxygen).
Silicon and oxygen.
No. In order for CO2 to be produce, both carbon and oxygen must be present in some form. Hydrogen is its own element and does not contain any other elements.
The two elements that must be present in a silicate are silicon and oxygen.
Oxygen and silicon.
Carbon, Hydrogen, Oxygen and Nitrogen.
Because fuel is a FLAMMABLE material.
For the oxidation of iron to occur, that is for ferric oxide to form, there must be oxygen present. There must also be water present.
No. Chlorine gas (though deadly) is non-flammable. However, fumes from chlorine bleach are not chlorine gas. Chlorine gas is Cl2 and is deadly but does not exist in nature, it must be manufactured. Evaporating bleach (NaOCl) generally fumes off oxygen and leaves NaCl (salt). None of these elements are flammable.
The two elements that must be present in a silicate are silicon and oxygen.
Pure oxygen is extremely flammable (the air we breathe is only about 21% oxygen).
heat, fuel, and oxygen
Silicon and oxygen.
Oxygen.
No. Chlorine gas (though deadly) is non-flammable. However, fumes from chlorine bleach are not chlorine gas. Chlorine gas is Cl2 and is deadly but does not exist in nature, it must be manufactured. Evaporating bleach (NaOCl) generally fumes off oxygen and leaves NaCl (salt). None of these elements are flammable.