if pressure P is inversely proportional to volume (V) at constant temperature, then PV is constant (True/False)

Assertion : The pressure of a gas is inversely proportional to its volume at constant temperature and n. Reason : The gas volume is directly proportional to n at constant temperature and pressure .

Assertion : The pressure of a gas is inversely proportional to its volume at constant temperature and n. Reason : The gas volume is directly proportional to n at constant temperature and pressure .

Slop between pV and p at constant temperature is

(A) : V-t graph for a gas at constant pressure is a straight line passing through origin [t - temp in celsius] ( R) : Volume of a gas is inversely proportional to its absolute temperature at constant pressure.

At constant volume, the pressure of a definite mass of gas is directly proportional to its absolute temperature Is the statement true or false?

In an experiment at a constant temperature (T), pressure (P) is inversely related related to volume (V) and also at constant volume (V), pressure (P) is directly related to temperature (T). The formula according to the above information is (Take the proportionality constant as K).

One mole of an ideal gas at pressure P_(0) and temperature T_(0) is expanded isothermally to twice its volume and then compressed at constant pressure to (V_(0) // 2) and the gas is brought bac to original state by a process in which P alpha V (pressure is directly proportional to volume). The correct temperature of the process is