Heating a gas in a constant volume container is an example of which process?

Options

A. isochoric
B. adiabatic
C. isobaric
D. cyclic

Answer

To solve the question of which thermodynamic process is represented by heating a gas in a constant volume container, we can follow these steps:

### Step-by-Step Solution:

1. **Understand the Scenario**: We have a gas contained in a rigid container, meaning the volume of the gas cannot change. When we heat the gas, we need to analyze how this affects the properties of the gas.

2. **Identify the Type of Process**: In thermodynamics, processes can be classified based on how certain properties change:
- **Isochoric Process**: This is a process where the volume remains constant. Since the container does not allow the gas to expand, this is the relevant process.
- **Isobaric Process**: This process occurs at constant pressure. Since the volume is fixed, the pressure can change when the gas is heated.
- **Adiabatic Process**: In this process, there is no heat exchange with the surroundings. However, since we are actively heating the gas, this does not apply.
- **Cyclic Process**: This involves returning to the initial state after a series of changes, which is not relevant here.

3. **Conclusion**: Since the volume of the gas does not change while it is being heated, the process is classified as an **Isochoric Process**.

### Final Answer:
The process of heating a gas in a constant volume container is an example of an **Isochoric Process**.

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