. A gas is kept in cylinder that can be compressed by pushing down on a piston. You add 2500 J of heat on the system, and the you pushed the piston 1 m down with the constant force of 1800 N. What is the change in the gas internal energy.

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Chapter3: The First Law Of Thermodynamics
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Problem 17CQ: There is no change in the internal of an ideal gas undergoing an isothermal process since the...
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1. A gas is kept in cylinder that can be compressed by pushing down on a piston. You add 2500 J of heat on the system, and the you pushed the piston 1 m down with the constant force of 1800 N. What is the change in the gas internal energy.

2. Compute the internal energy change and temperature change for the two processes involving 1 mole of an ideal monatomic gas.

(a) 1500 J of heat are added to the gas and the gas does no work and no work is done on the gas

(b) 1500 J of work are done on the gas and the gas does no work and no heat is added or taken away from the gas

 

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