4. The following PV diagram simplifies the pressure in a ventricle in the mouse heart as afunction of the volume of blood pumped. Ps is 2.00x104 Pa and Pa is 1.58x104 Pa. If the volumeof blood pumped in one heartbeat is 75.0 x10-6 m, what is the work done in a heartbeat?PressureQ"Pd(a) 1.50 J(b) 0.990 J(c) 1.34 J(d) 1.88 J75V/cm³150 3. Reversible adiabaticof a gas leads to(a) expansion, heating(b) compression, cooling(c) compression, no difference in the temperature(d) expansion, coolingof the system.

Given, Reversible adiabatic process is the one which is isentropic(∆S=0) in nature i.e change in…

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

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

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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