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Until the volume doubles •b → c: isochoric heating up to tripling its pressure and reaching a ter 1000 K. •c → d: an isothermal compression until reaching a pressure of 5.361

Until the volume doubles •b → c: isochoric heating up to tripling its pressure and reaching a ter 1000 K. •c → d: an isothermal compression until reaching a pressure of 5.361

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
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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B) Answer the question shown in the image 

Consider 0.910 mol of an ideal diatomic gas that undergoes the described thermodynamic cycle: •a → b: an isobaric expansion starting with a volume V, = 1.00 x 102m? Until the volume doubles •b – c: isochoric heating up to tripling its pressure and reaching a temperature of 1000 K. •c- d: an isothermal compression until reaching a pressure of 5.361x107 Pa. → a: an adiabatic expansion until returning to the starting point. •d – Also, consider the following table 田 State Pressure P(Pa) Temperature T(K) 166,7 333,4 Volume v(m³) 1,00 X 10-2 2,00 X 10-2 2,00 X 10-2 1,00 X 10-2 1.261 X 105 1.261 X105 3.783 X 105 5,361 X 107 a b 1000 d 1000 B) Represent these processes on a pressure-volume (p-V) diagram.
Transcribed Image Text:Consider 0.910 mol of an ideal diatomic gas that undergoes the described thermodynamic cycle: •a → b: an isobaric expansion starting with a volume V, = 1.00 x 102m? Until the volume doubles •b – c: isochoric heating up to tripling its pressure and reaching a temperature of 1000 K. •c- d: an isothermal compression until reaching a pressure of 5.361x107 Pa. → a: an adiabatic expansion until returning to the starting point. •d – Also, consider the following table 田 State Pressure P(Pa) Temperature T(K) 166,7 333,4 Volume v(m³) 1,00 X 10-2 2,00 X 10-2 2,00 X 10-2 1,00 X 10-2 1.261 X 105 1.261 X105 3.783 X 105 5,361 X 107 a b 1000 d 1000 B) Represent these processes on a pressure-volume (p-V) diagram.
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