When the pressure is held constant,the volume of a quantity of the gas is related to the temperature as V/T=constant.This is known as

A gas is undergoing an adiabatic process. At a certain stage, the volume and absolute temperature of the gas are V_(0), T_(0) and the magnitude of the slope of the V-T curve is m. molar specific heat of the gas at constant pressure is [Assume the volume of the gas is taken on the y-axis and absolute temperature of the gas taken on x-axis]

At constant volume the pressure of a given mass of a gas is directly proportional to its absolute temperature is known

The pressure of a gas varies directly as the remperature when volume is kept contant and varies inversely as the volume when temperature is kept constant. The gas occupies volume of 400 ml when the temperature is 160 K and the pressure is 640 Pa. What is the temperature of gas whose volume and pressure are 200 ml and 320 Pa, respectively?

Justify the statement 'volume of a gas at a constant pressure decreases if its temperature is decreased.'

An unspecified quantity of an ideal gas was at initial pressure of 5 atm and temperature of 300K. The gas is expanded at 300K until the volume has increased by 60% of the initial value. Next, the quantity of the gas in the vessel is increased by 20% of the initial value while the volume is maintained constant. Finally, the temperature is adjusted at constant volume until the gas pressure is again 5 atm. If the final temperature is 'T'K, then the value of T/(100) is

At constant volume , pressure and temperature are related (T_0 = " STP temp.")