A Quiz on Isovolumetric Process

The isovolumetric process is a thermodynamic process that takes place at constant volume. In this process, the volume of the system remains constant while other properties such as pressure, temperature, and internal energy may change. This means that no work is done by or on the system, as there is no change in volume. The isovolumetric process is also known as an isochoric process.

The term "isochoric" has been derived from the Greek language.

In an isochoric process, also known as a constant volume process, the volume remains constant. This means that there is no expansion or compression of the system, and therefore no work is done. Work is defined as the force applied to an object multiplied by the distance over which the force is applied, but in an isochoric process, there is no change in volume, so no work is done. Therefore, the correct answer is zero.

In the term "isochoric," the prefix "iso" means constant. This can be inferred from the fact that "isochoric" is derived from the Greek words "iso" meaning equal and "choros" meaning space or volume. Therefore, "iso" in "isochoric" implies that the volume remains constant or unchanged.

In the term "isochoric," the word "choric" refers to volume. Isochoric means a process or system that occurs at constant volume. Therefore, the correct answer is volume.

The given statement "In the isochoric process, all parameters are constant" is incorrect. In an isochoric process, also known as a constant volume process, the volume remains constant while other parameters such as pressure, temperature, and quantity of gas can change. Therefore, the correct answer is "None of these" as neither all parameters are constant nor does free expansion take place in an isochoric process.

In an isochoric process, also known as a constant volume process, the volume remains constant. This means that the system does not experience any change in volume throughout the process. However, temperature and entropy are not constant in an isochoric process. Temperature can change due to the transfer of heat, and entropy can also change due to the irreversible nature of the process. Therefore, the correct answer is "None of these" as neither temperature nor entropy remains constant in an isochoric process.

In an isovolumetric process, the volume remains constant. Therefore, the value of "n" can be any number, including infinity. This means that "n" is not limited or restricted to a specific value and can be infinitely large.

The correct answer is "A moving bus at the speed of 50Mph". This is not an example of an isovolumetric process because isovolumetric processes occur at constant volume, meaning the volume of the system does not change. In the case of a moving bus, the volume of the system (the bus) is constantly changing as it moves through space, so it is not an isovolumetric process.

The isovolumetric process refers to a process in which the volume of a system remains constant. In the freezing of water to turn into ice and the boiling of water to steam, the volume of the water changes. However, when rapidly inflating a balloon with a helium tank, the volume of the balloon increases, indicating that it is not an isovolumetric process.