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3 cards from this section. Quick, good the night before a test.
What happens to the volume of a gas in an isochoric process?
Think about what the term 'isochoric' means.
In an isochoric process, how does heat affect internal energy?
Recall the relationship between heat and internal energy.
What remains constant in an isochoric process?
Consider the meaning of the term 'isochoric.'
In an isochoric process, when heat is applied, what happens to the internal energy?
Think about the relationship between heat and internal energy.
A rigid container has 2 kg of gas at an initial temperature of 25°C. If 5000 J of heat are added, calculate the final temperature if the specific heat capacity is 1000 J/(kg·K).
Rearrange the specific heat formula to find ΔT first.
If 3000 J of heat cause a change in internal energy of a rigid gas system, derive how much work could be done against the surroundings if the process was not isochoric.
Consider how changing volume impacts work done.
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