1.2 L of hydrogen and 1.12 L of chlorine are reacted. The composition by volume of mixture is

12 litre of H_2 and 11.2 litre of Cl_2 are mixed and exploded. The composition by volume of mixture is:

12 litre of H_(2) and 11.2 litre of Cl_(2) are mixed and exploded. The composition by volume of mixture is-

When 10 ml of hydrogen and 12.5 ml of chlorine are allowed to react the final mixture contains under the same conditions

2 L of hydrogen and 2.5 L of chlorine are allowed react in diffused light. Write the volume composition of the component gases after reaction.

If 6 litres of hydrogen and 5.6 litres of chlorine are mixed and exploded, what will · be the composition by volume of resulting mixture?

25.4g of iodine and 14.2g of chlorine react together to form a mixxture of IC l and IC l_(3) . Find the ratio of the number of moles of IC l and IC l_(3) in the mixture. (Relative atomic mass of Cl and I are 35.5 and 127 respectively).