sulfur reacts violently with heat causing flames
Sulfur does not react with water under normal conditions. However, when sulfur is in the form of sulfur dioxide (SO2) or hydrogen sulfide (H2S), these compounds can react with water to form sulfuric acid (H2SO4) and sulfurous acid (H2SO3) respectively.
When aluminum and sulfur react, aluminum sulfide is produced.
No. Sulfur is flammable, meaning it will react fairly easily with oxygen among other things.
Sulfur dioxide gas is produced when sulfur reacts with oxygen.
Yes, sulfur can react with dilute nitric acid (HNO3) to form sulfur dioxide gas, nitrogen dioxide gas, and water. This reaction is a redox reaction where sulfur is oxidized and nitric acid is reduced.
The iron and sulfur react to form the compound iron sulfide.
Sulfur does not react with water under normal conditions. However, when sulfur is in the form of sulfur dioxide (SO2) or hydrogen sulfide (H2S), these compounds can react with water to form sulfuric acid (H2SO4) and sulfurous acid (H2SO3) respectively.
When aluminum and sulfur react, aluminum sulfide is produced.
No. Sulfur is flammable, meaning it will react fairly easily with oxygen among other things.
It does not react to oxygen like potassium, if that is what you meant. Sulfur is flammable if it is lit and turns into a blood red liquid with a blue flame and a pungent odor.
Sulfur doesn't react with water.
Sulfur doesn't react with water.
Sulfur does not react with hydrochloric acid.
Sulfur dioxide gas is produced when sulfur reacts with oxygen.
It is stable
Sulfur dioxide (SO2) can react with the oxygen in the air to produce sulfur teioxide (SO3). Either of these gases can react with water in the air to produce an acid, goes to SO2 sulfurous acid, SO3 goes to sulfuric acid.
When you heat sulfur and copper together, they will react to form copper sulfide. This reaction occurs due to the high reactivity of sulfur with metals like copper. Copper sulfide is a black solid compound that is formed as a result of the combination of copper and sulfur atoms during the heating process.