4g of hydrogen and 128 g of hydrogen iodide are present in a 2litre flask. What are their active masses?

48 g of oxygen and 4 g of hydrogen are placed in 2 litre flask at 0^∘C . Find the total pressure in atm of the gas mixture.

32 g of oxygen and 2 g of hydrogen are placed in 1.12 litre flask at 0^∘C . Find the total pressure in atm of the gas mixture.

32 g of oxygen and 1 g of hydrogen are placed in 1.12 litre flask at 0^∘C . Find the total pressure in atm of the gas mixture.

4.8 g of oxygen and 3.4 g of hydrogen are placed in 1.12 litre flask at 0^∘C . Find the total pressure in atm of the gas mixture.

16 g of oxygen and 4 g of hydrogen are placed in 1.12 litre flask at 0^∘C . Find the total pressure in atm of the gas mixture.

48 g of SO_(3) , 12.8 g of SO_(2) and 9.6 g of O_(2) are present in one litre . The respective active masses will be

20 g of hydrogen and 128g of oxygen are contained in a 20 L flask at 200^(@)C . Calculate the total pressure of the mixture. If a spark ignites the mixture, what will be the final pressure?

20 g of hydrogen and 128g of oxygen are contained in a 20 L flask at 200^(@)C . Calculate the total pressure of the mixture. If a spark ignites the mixture, what will be the final pressure?

No. of hydrogen bonds present between G and C