4. The following PV diagram simplifies the pressure in a ventricle in the mouse heart as a function of the volume of blood pumped. P. is 2.00x104 Pa and Pa is 1.58x104 Pa. If the volume of blood pumped in one heartbeat is 75.0 x10-6 m, what is the work done in a heartbeat? 50 Pressure (a) 1.50 J (b) 0.990 J (c) 1.34 J (1) 00 T 75 V/cm³ 150

Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter2: The First Law Of Thermodynamics
Section: Chapter Questions
Problem 2.30E: A piston reversibly and adiabatically contracts 3.88 moles of ideal gas to one-tenth of its original...
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4. The following PV diagram simplifies the pressure in a ventricle in the mouse heart as a
function of the volume of blood pumped. Ps is 2.00x104 Pa and Pa is 1.58x104 Pa. If the volume
of blood pumped in one heartbeat is 75.0 x10-6 m, what is the work done in a heartbeat?
Pressure
Q"
Pd
(a) 1.50 J
(b) 0.990 J
(c) 1.34 J
(d) 1.88 J
75
V/cm³
150
Transcribed Image Text:4. The following PV diagram simplifies the pressure in a ventricle in the mouse heart as a function of the volume of blood pumped. Ps is 2.00x104 Pa and Pa is 1.58x104 Pa. If the volume of blood pumped in one heartbeat is 75.0 x10-6 m, what is the work done in a heartbeat? Pressure Q" Pd (a) 1.50 J (b) 0.990 J (c) 1.34 J (d) 1.88 J 75 V/cm³ 150
3. Reversible adiabatic
of a gas leads to
(a) expansion, heating
(b) compression, cooling
(c) compression, no difference in the temperature
(d) expansion, cooling
of the system.
Transcribed Image Text:3. Reversible adiabatic of a gas leads to (a) expansion, heating (b) compression, cooling (c) compression, no difference in the temperature (d) expansion, cooling of the system.
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