One litre of a mixture of CO and `CO_2` is passed through red-hot charcoal. The volume now becomes 1.6 litre. Find the composition of the mixture by volume.

One litre of mixture of CO and CO_(2) is passed through red hot charcoal in tube. The new volume becomes 1.4 litre. Find out % composition of mixture by volume. All measurements are made at same P and T

One litre of mixture of CO and CO_(2) is passed through red hot charcoal in tube. The new volume becomes 1.4 litre. Find out % composition of mixture by volume. All measurements are made at same P and T

One litre of mixture of CO and CO_(2) is passed through red hot charcoal in tube. The new volume becomes 1.4 litre. Find out % composition of mixture by volume. All measurements are made at same P and T

One litre of a mixture of carbon mono oxide and carbon dioxide is passed through a tube containing red hot charcoal. The volume becomes 1.6 litres. Find the composition of the gaseous mixture.

One litre CO_2 is passed over hot coke . The volume becomes 1.4 litre . The percent composition of products is :

One litre of a mxiture of CO and CO_(2) is passed over red hot coke when the volume increased to 1.6 L under the same conditions of temperature and pressure . The volume of CO in the original mixture is

1.0 lit of CO_(2) is passed over hot coke. The volume becomes 1.4 lit. The composition of products is

One litre of CO_(2) is passed through red hot coke, The volume becomes 1.4 litres at same temperature and pressure. The composition of products is