Answer :
Final answer:
The question is related to Physics and deals with thermodynamics and ideal gases undergoing isothermal and isochoric processes. The temperature remains constant during an isothermal process, while the volume remains constant during an isochoric process.
Explanation:
The question involves concepts from the field of Physics, specifically thermodynamics and the behavior of ideal gases under different processes. When a gas undergoes an isothermal process, such as in the question scenario, the temperature remains constant while the pressure and volume may change. For an ideal gas following the ideal gas law (PV = nRT), if the temperature is held constant, any change in volume will result in an inverse change in pressure.
In this process, we are concerned with the preservation of thermal energy, which leads to constants being established in the equations that govern these changes. Additionally, when the question mentions an isochoric process, the volume is held constant while pressure and temperature may change. The ideal gas law can be instrumental in solving problems relating to these processes, and understanding these principles is critical in physics.
