The nature of `P - 1/V` graph is-

What will the nature of PV vs P graph be for a real gas at Boyle temperature?

What,is the nature of V versus T graph according to Charles’ law.

Draw the nature of the graph in the following cases - P-V

Draw the nature of the graph in the following cases - V-T

At constant pressure, the temperature coefficient 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?

Will the nature of the following graphical presentations for a given mass of gas be the same? (i) P vs V at a constant temperature (ii) V vs T at constant pressure.

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?

State the nature of the graphs representing motions of a body with uniform velocity, with uniform acceleration and with uniform retardation respectively in a dispalcement - time graph.