My reasoning is this: if you start from the a point on a PV diagram (I'll call it A) and move up in an isochoric process to a point B, and then starting from A if you move right to a point C in an isobaric process, you end up at an isotherm that both A and C lie on ...
To distinguish between isobaric and isochoric processes, we can break down the definitions and characteristics of each process step by step.1. Definition of Isobaric Process: - An isobaric process is defined as a thermodynam
a) isothermal b) adiabatic c) isobaric d) The work done is independent of the process. An ideal gas undergoes the process a --> b --> c --> a shown in the pV diagram. In the figure, Pa = Pc = 3.60x10^5 ...
We study how the above changes affect the thermodynamics properties of a gas. These thermodynamics properties can be the entropy or the internal energy change of a process. Answer and Explanation: