A fixed mass of gas is taken through a process `A rarr B rarr C rarrA`. Here `A rarr B` is isobaric, `B rarr C` is adiabatic and `C rarr A `is isothermal.

Find pressure at `C`.

A fixed mass of gas is taken through a process A rarr B rarr C rarrA . Here A rarr B is isobaric, B rarr C is adiabatic and C rarr A is isothermal. Find volume at C .

A fixed mass of gas is taken through a process A rarr B rarr C rarrA . Here A rarr B is isobaric, B rarr C is adiabatic and C rarr A is isothermal. Find volume at C .

A fixed mass of gas is taken through a process A rarr B rarr C rarrA . Here A rarr B is isobaric, B rarr C is adiabatic and C rarr A is isothermal. Find work done is the process ( take gamma=1.5) .

A fixed mass of gas is taken through a process A rarr B rarr C rarrA . Here A rarr B is isobaric, B rarr C is adiabatic and C rarr A is isothermal. Find work done is the process ( take gamma=1.5) .

A gas is taken through the cycle A rarr B rarr C rarr A , as shown. What is the network done by the gas? .

A gas is taken through the cycle A rarrB rarr C rarr A , as shown in figure, what is the net work done by the gas?

A gas is taken through the cycle A rarrB rarr C rarr A , as shown in figure, what is the net work done by the gas?

Five moles of gas is put through a series of changes as shown graphically in a cyclic process the A rarr B , B rarr C and C rarr A respectively are

Find work done in the process A rarr B (isothermal) by gas?