One mole of an ideal gas undergoes a cyclic change ABCD where the (P,V) co-ordinates are A (5,1), B (5,3), C (2,3) and D (2,1). P is atmosphere and V is in litre. Calculate work done along AB, BC, CD and DA and also net work done in the process. Given `1 atmosphere = 1.01 times 10^5 Nm^-2`.

One mole of an ideal gas undergoes a cyclic change ABCD. From the given diagram calculate the net work done in the process.

One mole of an ideal gas undergoes a cyclic change ABCDA as shown in (figure). What is the net work done (in joule) in the process? Take 1 atm = 10^(5)Pa .

One mole of an ideal gas undergoes a cyclic process ABCDA as shown in the P-V diagram, The net work done in the process is (1 atm=10^(6) dyne cm^(-2)) ltbvrgt

One mole of an ideal monoatomic gas undergoes a cyclic process as shown in figure . Temperature at point 1 = 300K and process 2-3 is isothermal . . Net work done by gas in complete cycle is

An ideal monoatomic gas is taken around the cycle ABCDA, wher co-ordinates of A, B, C and D on and D on P-V diagram are A (p,V), B(2p,V), C(2p, 2V) and D(p, 2V) . Calculate work done during the cycle.

ABCD is rectangle formed by the points A(-1, -1), B(-1, 4), C(5, 4) and D(5, -1). If P, Q, R and S be the midpoint of AB, BC, CD and DA respectively, show that PQRS is a rhombus.

The P-V diagram for a cyclic process is a triangle ABC drawn in order (figure). The co-ordinates of A,B,C are (4,1), (2,4) and (2,1) respectively. The co-ordinates are in the order (P,V) Pressure is in Nm^(-2) and volume is in liter. Calculate work done during the process from A to B, B to C and C to A. Also, calculate work done in the complete cycle.

Two moles of an ideal gas are undergone a cyclic process 1-2-3-1. If net heat exchange in the process is 300J, the work done by the gas in the process 2-3 is