11,2 moles carbon dioxide are obtained.
A blue flame would indicate ethane burning in excess oxygen. Blue flames are typically associated with complete combustion and sufficient oxygen supply during the burning process.
When brimstone (sulfur) is burned with oxygen, sulfur dioxide gas is produced. This gas has a pungent odor and is often responsible for the characteristic smell of burnt matches.
When an element is completely burned in oxygen, it forms an oxide. The specific oxide produced depends on the element. For example, carbon burned in oxygen forms carbon dioxide, sulfur forms sulfur dioxide, and iron forms iron(III) oxide.
When propane is burned in excess oxygen, the balanced chemical equation is: C3H8 + 5 O2 → 3 CO2 + 4 H2O From the equation, we can see that 1 mol of C3H8 produces 3 mol of CO2. Therefore, 10.4 mol of C3H8 will produce 3 x 10.4 = 31.2 mol of CO2.
Carbon monoxide is produced by a burning cigarette. This gas bonds with the red blood cells in the blood stream in the place of oxygen molecules, reducing its absorption.
A blue flame would indicate ethane burning in excess oxygen. Blue flames are typically associated with complete combustion and sufficient oxygen supply during the burning process.
30 moles
Carbon dioxide and sulfur dioxide are formed when carbon disulfide vapor is burned in excess oxygen.
The mass of heavy water produced when 7,00grams of oxygen reacts with excess D2 is 7,875 g.
The heat is produced by the formation of chemical bonds between carbon and oxygen, and between hydrogen and oxygen. So CO2 and water are the necessary products when fossil fuel is burned, without which there would be no heat.
When brimstone (sulfur) is burned with oxygen, sulfur dioxide gas is produced. This gas has a pungent odor and is often responsible for the characteristic smell of burnt matches.
When an element is completely burned in oxygen, it forms an oxide. The specific oxide produced depends on the element. For example, carbon burned in oxygen forms carbon dioxide, sulfur forms sulfur dioxide, and iron forms iron(III) oxide.
when an excess of oxygen is used CO2 and water (in the form of steam) is produced but if a quantity too small for the reaction is used CO is produced and again water (in the form of steam!) i hope this helps :)
When propane is burned in excess oxygen, the balanced chemical equation is: C3H8 + 5 O2 → 3 CO2 + 4 H2O From the equation, we can see that 1 mol of C3H8 produces 3 mol of CO2. Therefore, 10.4 mol of C3H8 will produce 3 x 10.4 = 31.2 mol of CO2.
Carbon monoxide is produced by a burning cigarette. This gas bonds with the red blood cells in the blood stream in the place of oxygen molecules, reducing its absorption.
If completely burnt (in excess of oxygen), all the magnesium will be converted to magnesium oxide.
If aluminium is burned in oxygen aluminium oxide is produced, not aluminium vapors.