An ideal gas is made to go through a cyclic thermodynamic process in four steps- The amount of heat involved are Q1 - 600 J- Q2 - -400 J- -3 - -300 J and -4 - 200 J respectively- The corresponding work involved are W1 - 300 J- -2 - -200 J- W3 - -150 J and W4- What is value of W4-

Δ Q=Δ U+Δ W Δ U =0 nbsp; (for cyclic process) ∑_cycle Q=∑_cycle W 600 400 300+200=300 200 150+W_4 W_4=150 J nbsp; ...

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An ideal gas is made to go through a cyclic thermodynamic process in four steps. The amount of heat involved are $Q_{1} = 600 {J, Q}_{2} = - 400 {J, Q}_{3} = - 300 {J and Q}_{4} = 200 J$ respectively. The corresponding work involved are $W_{1} = 300 {J, W}_{2} = - 200 {J, W}_{3} = - 150 {J and W}_{4}$ .
What is value of $W_{4}$ ?

- 50 J

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100 J

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150 J

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50 J

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Q_{1} = 600 {J, Q}_{2} = - 400 {J, Q}_{3} = - 300 {J and Q}_{4} = 200 J

W_{1} = 300 {J, W}_{2} = - 200 {J, W}_{3} = - 150 {J and W}_{4}

W_{4}

Q_{1} = 5960

Q_{2} = 5585

Q_{3} = 2980

Q_{4} = 3645

W_{1} = 2200

W_{2} = 825

W_{3} = 1100

W_{4}

W_{4}

Q_{1} = 5960

Q_{2} = - 5585

Q_{3} = - 2980

Q_{4} = 3645

W_{1} = 2200

W_{2} = - 825

W_{3} = - 1100

W_{4}

W_{4}

1, 2, 3, 4

Q_{1} = 5960 J, Q_{2} = 5585 J, Q_{3} = - 2980 J

Q_{4} = 3645 J

W_{1} = 2200 J, W_{2} = 8250 J, W_{3} = - 1100 J

W_{4}

W_{4}

Q_{1} = 600 {J, Q}_{2} = - 400 {J, Q}_{3} = - 300 {J and Q}_{4} = 200 J

W_{1} = 300 {J, W}_{2} = - 200 {J, W}_{3} = - 150 {J and W}_{4}

W_{4}

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