One litre gaseous mixture is effused in 4.5 minutes and 30 seconds while 1 litre of oxygen takes 10 minutes for effusion. The gaseous mixture contains in it ethane and hydrogen. Calculate vapour density of gaseous mixture.

1 L of a gaseous mixture is effused in 5 min 11s , while 1 L of oxygen takes 10 min . The gaseous mixture contains methane and hydrogen. Calculate ( a ) The density of gaseous mixture. ( b ) The percentage by volume of each gas in mixture.

1 L of a gaseous mixture is effused in 5 min 11s , while 1 L of oxygen takes 10 min . The gaseous mixture contains methane and hydrogen. Calculate ( a ) The density of gaseous mixture. ( b ) The percentage by volume of each gas in mixture.

1 L of a gaseous mixture is effused in 5 min 11s , while 1 L of oxygen takes 10 min . The gaseous mixture contains methane and hydrogen. Calculate ( a ) The density of gaseous mixture. ( b ) The percentage by volume of each gas in mixture.

One litre of a gaseous mixture of two gases mixture of two gases effuses in 311 seconds while 2 litre of oxygen takes 20 minutes. The vapour density of gaseous mixture containing CH_(4) and H_(2) is:

A gaseous mixture contains ethane and ethylene. How are the individual members recovered?

A gaseous mixture contains 40% O_(2), 40% N_(2), 10% CO_(2), 10% CH_(4) by volume. Calculate the vapour density of the gaseous mixture.

A gaseous mixture contains 40% O_(2), 40% N_(2), 10% CO_(2), 10% CH_(4) by volume. Calculate the vapour density of the gaseous mixture.

A gaseous mixture of H_2 and CO_2 gases contains 66 mass % of CO_2 . The vapour density of the mixture is :