[" 1) "8ct" of "$1," and "64" of "a_(2)" are allowed to react to "],[" maximum possible extent.Find out the final volume of "],[" reaction mizture suppose "P" and "T" remains constant "],[" throughout the course of reation "]

8 litre of H_(2) and 6 litre of Cl_(2) are allowed to react to maximum possible extent. Find out the final volume of reaction mixutre. Suppose P and T remains constant throughout the course of reaction.

8 litre of hydrogen and 6 litre of Cl_(2) are allowed to react to maximum possible extent. Find out the final volume of reaction mixture. Suppose P and T remains constant throughout the course of reaction -

14 g of O_2 and 4 g of C_3H_8 are allowed to react the maximum possible extent to form only CO and H_2O . Find the weight of CO formed.

14 g of O_2 and 4 g of C_3H_8 are allowed to react to the maximum possible extent to form only CO and H_2O . Find the weight of CO formed.

4g C_3H_8 and 14 g O_2 are allowed to react to the maximum possible extent to form only CO and H_2O Find the weight of CO formed.

1 litre of oxygen at N.T.P. is allowed to react with three times of carbon monoxide at N.T.P. Calculate the volume of each gas found after the reaction

2 mol es of CO and 1 mol e of O_(2) are allowed to react completely to form CO_(2) at 27^(@)C . If the heat liberated during the course of reaction 2CO+O_(2) rarr 2CO_(2) at constant pressure is 560kJ , the amount of heat liberated by carrying the reaction in one litre vessel will be :( Given 1 litre- atm=0.1kJ)

In case of a gaseous reaction, the different between the heat change at constant volume and the heat change at constant pressure is 2RT. Find out the ratio of K_(p) to K_(c) of that reaction.