the following P — V diagram, an ideal gas is compressed to half of its original volume of 2 m®in a quasi-static process for which P = aV, with @ = 10 atm/m3. How much work is done on the compressing gas? V(m®) (a)2.52 x 106 | (b)5.52 x 108 ] (¢)1.52 x 106 ] (d)3.52 x 105 ] In the following P – V diagram, an-gas is compressed to half of its original volume of2 m³in a quasi-static process for which P = aV, with a =10 atm/m³. How much work is done on the compressinggas?ideal%3DP(atm)12V(m³)(a) 2.52 x 106 J(b) 5.52 × 106 J(c) 1.52 x 106(d) 3.52 × 106J

A PV diagram is given, Initial volume, Vi = 2 m3 Final volume, Vf = 1 m3 Pressure, P = a V value of…

In the following P – V diagram, an | ideal gas is compressed to half of its original volume of 2 m³in a quasi-static process for which P = aV, with a = 10 atm/m³. How much work is done on the compressing gas? P(atm) 1 2 V(m³) (a) 2.52 × 106 (b) 5.52 x 106 (c) 1.52 x 106 I (d) 3.52 x 106J

In the following P – V diagram, an | ideal gas is compressed to half of its original volume of 2 m³in a quasi-static process for which P = aV, with a = 10 atm/m³. How much work is done on the compressing gas? P(atm) 1 2 V(m³) (a) 2.52 × 106 (b) 5.52 x 106 (c) 1.52 x 106 I (d) 3.52 x 106J

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter3: The First Law Of Thermodynamics

Section: Chapter Questions

Problem 28P: As shown below, calculate the work done by the gas in the quasi-static processes represented by the...

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Question

the following P — V diagram, an ideal gas is compressed to half of its original volume of 2 m®in a quasi-static process for which P = aV, with @ = 10 atm/m3. How much work is done on the compressing gas? V(m®) (a)2.52 x 106 | (b)5.52 x 108 ] (¢)1.52 x 106 ] (d)3.52 x 105 ]

In the following P – V diagram, an
-
gas is compressed to half of its original volume of
2 m³in a quasi-static process for which P = aV, with a =
10 atm/m³. How much work is done on the compressing
gas?
ideal
%3D
P(atm)
1
2
V(m³)
(a) 2.52 x 106 J
(b) 5.52 × 106 J
(c) 1.52 x 106
(d) 3.52 × 106J

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