21.11 Starting at standard conditions, 3.0 kg of an ideal gas (M= 28 kg/kmol) is isothermally compressed to one- fifth of its original volume. Find the change in entropy of the gas. Ans. -1.4 kJ/K
21.11 Starting at standard conditions, 3.0 kg of an ideal gas (M= 28 kg/kmol) is isothermally compressed to one- fifth of its original volume. Find the change in entropy of the gas. Ans. -1.4 kJ/K
College Physics
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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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answer question 21.11. the final answer is provided and i need the solution
![process? (b) How much work did the gas do during the process? Ans. (a) 3.4 keal: () 14 kJ
21.11 Starting at standard conditions, 3.0 kg of an ideal gas (M= 28 kg/kmol) is isothermally compressed to one-
fifth of its original volume. Find the change in entropy of the gas. Ans. -1.4 kJ/K
21.12 Four poker chips are red on one side and white on the other. In how many different ways can (a) only 3 reds
come up? (b) Only two reds come up! Anx. (a) 4; (b) 6](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F47ba0b54-223c-48fb-9c22-30f02c5501bf%2F0b164b42-03ba-4dd1-b2d8-771df25417c6%2F0s9fupb_processed.jpeg&w=3840&q=75)
Transcribed Image Text:process? (b) How much work did the gas do during the process? Ans. (a) 3.4 keal: () 14 kJ
21.11 Starting at standard conditions, 3.0 kg of an ideal gas (M= 28 kg/kmol) is isothermally compressed to one-
fifth of its original volume. Find the change in entropy of the gas. Ans. -1.4 kJ/K
21.12 Four poker chips are red on one side and white on the other. In how many different ways can (a) only 3 reds
come up? (b) Only two reds come up! Anx. (a) 4; (b) 6
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