At constant temperature V/T ratio for different quantities of any ideal gas will be different is the statement right?

At constant pressure, the value of V/T for different quantities of an ideal gas will be different. Is this statement true or false?

Temperature of an ideal gas increases in

What is the difference between real gas and ideal gas?

Give two differences between ideal gas and real gas?

This question has Statement I and Statement II. Of the four choices given after the Statements, choose the one that best describes the two Statements. Statement-I : There is no change in inernal energy for an ideal gas at constant temperature. Statement-II : Internal energy of an ideal gas is a function of temperature only.

Force and electromotive force are two different physical quantities'-explain the statement.

At constant pressure for a given amount of an ideal gas, will the graphs obtained by plotting V vs t^(@)C and V vs TK be different?

At constant pressure for a given amount of an ideal gas, will the graph obtained by plotting V vs t^(@)C and V vs TK be different ?

At constant pressure the temperature co-efficient of volume expansion of an ideal gas is delta=1/v (dv)/dt .What will be the nature of the graph relating delta with the temperature T?

Any gas will behave as an ideal gas at