`2.25 dm^(3)` of chlorine at 283 K is heated until the volume becomes `30 dm^(3)`. To what temperature the gas must be raised to accomplish the change ?

25 dm^(3) of ammonia at 283 K are heated until its volume is 30 dm^(3) . To what temperature must it have been raised to accomplish the change ?

1 L of air weighs 1.293 g at 0^(@)C and 1 atm pressure. At becomes 30 dm^(3) . To what temperature the gas must be raised to accomplish the change ?

1 L of air weighs 1.293 g at 0^(@)C and 1 atm pressure. At becomes 30 dm^(3) . To what temperature the gas must be raised to accomplish the change ?

At what temperature 25 dm ^3 of oxygen at 283 K is heated to make its volume 30 dm^3 ?

At what temperature 25 dm ^3 of oxygen at 283 K is heated to make its volume 30 dm^3 ?

A sample of helium gas has a volume of 500 cm^(3) at 373 K . Calculate the temperature at which the volume become 260 dm^(3) . Assume that pressure id kept constant.

10 dm^(3) of N_(2) gas and 10 dm^(3) of gas X contain the same number of molecules at the same temperature, the gas (X) may be

10 dm^(3) of N_(2) gas and 10 dm^(3) of gas X contain the same number of molecules at the same temperature, the gas (X) may be

2 dm^(3) of methane under 600 kPa and 300K and 4 dm^(3) of oxygen under 900k Pa and 300K are forced into 3 dm^(3) evacuated vessel, the temperature being maintained at 300K . Calculate the change in entropy of gases assuming that they are ideal.

2 dm^(3) of methane under 600 kPa and 300K and 4 dm^(3) of oxygen under 900k Pa and 300K are forced into 3 dm^(3) evacuated vessel, the temperature being maintained at 300K . Calculate the change in entropy of gases assuming that they are ideal.