`5 L` of nitrogen measured at `750 mm` have to be compressed into an iron cylinder of `1 L` capacity. If temperature is kept constant, calculate the pressure in atmospheres required to do so.

250 mL of hydrogen measured at 750 mm of Hg have to be compressed into a vessel of 50 mL capacity at a constant temperature. Calculate the pressure required to do so.

500 mL of nitrogen at 0.936 bar pressure and 1000 mL oxygen at 0.80 bar pressure are put together in a 2 L flask. IF temperature is kept constant, calculate the final pressure of the mixture.

In a 1 L flask, 250 mL nitrogen at 720mm pressure and 380 mL of oxygen at 650 mm pressure are taken together. If temperature is kept constant, what will be the pressure of the mixture?

4 L of gas is enclosed in a vessel at a pressure of 760 mm Hg. If temperature remain constant , calculate pressure when volume changes to 5L

A 2 L flask containing nitrogen at 60 cm pressure is connected to a 4 L flask containing carbon monoxide at 48 cm pressure. If the temperature is kept constant, calculate the final pressure of the mixture.

3 L of gas is enclosed in a vessel at a pressure of 760 mm Hg. If temperature remain constant , calculate pressure when volume changes to 6L

250 mL of nitrogen gas maintained at 720 mm pressure and 380 mL of oxygen gas maintained at 650 mm pressure are put together in 1 L flask. If temperature is kept constant, what will be the final pressure of the mixture?

250 mL of nitrogen gas maintained at 720 mm pressure and 380 mL of oxygen gas maintained at 650 mm pressure are put together in 1 L flask. If temperature is kept constant, what will be the final pressure of the mixture?

2 L of gas is enclosed in a vessel at a pressure of 760 mm Hg. If temperature remain constant , calculate pressure when volume changes to 5L .