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3. 2, EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B> C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10°) Pa P:3K10 P:1x10s 1. C. I V (m) .005 .010 .015 3. EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B>C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10) Pa P:3K10 2. P:1xios 1 C. 0. .005 LV (m³) .010 .015

3. 2, EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B> C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10°) Pa P:3K10 P:1x10s 1. C. I V (m) .005 .010 .015 3. EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B>C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10) Pa P:3K10 2. P:1xios 1 C. 0. .005 LV (m³) .010 .015

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3. 2, EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B> C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10°) Pa P:3K10 P:1x10s 1. C. I V (m) .005 .010 .015
Transcribed Image Text:3. 2, EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B> C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10°) Pa P:3K10 P:1x10s 1. C. I V (m) .005 .010 .015
3. EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B>C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10) Pa P:3K10 2. P:1xios 1 C. 0. .005 LV (m³) .010 .015
Transcribed Image Text:3. EXAMPLE PROBLEM A heat engine has an ideal monotonic gas in a piston. In the diagram below at point A,The temperature of the gas is 300 K. B>C is an isotherm. Find everything: A) Find the moles and temp at A,B,C B) Get AU, Q, W for A B, B>C, and C→ A C) What is the net change in internal energy for one cycle? D) How much net heat flows in and out of the system? E) What's the efficiency of the engine? F) What is the net work the gas does on the environment? P (10) Pa P:3K10 2. P:1xios 1 C. 0. .005 LV (m³) .010 .015
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