Consider 0.2 moles of a monatomic ideal gas that undergoes the cycle shown on the pV diagram below. The gas has Cy = 1.5R and Cp 2.5R. Assume that p-2po. V=2Vo, Po=1.01x105 Pa, and Vo=0.225m. For this problem we will be using the First Law of Thermodynamics used in class AEth = Q+ W, where energy transferred into the gas is positive and energy transferred out of the gas is negative. Please make sure you enter the proper plus or minus signs on the answers to each part of this problem.
Consider 0.2 moles of a monatomic ideal gas that undergoes the cycle shown on the pV diagram below. The gas has Cy = 1.5R and Cp 2.5R. Assume that p-2po. V=2Vo, Po=1.01x105 Pa, and Vo=0.225m. For this problem we will be using the First Law of Thermodynamics used in class AEth = Q+ W, where energy transferred into the gas is positive and energy transferred out of the gas is negative. Please make sure you enter the proper plus or minus signs on the answers to each part of this problem.
Related questions
Question
B2

Transcribed Image Text:Part A
For one entire cycle (a->b->c->d->a), what is the value of W, the work done on the gas by the environment (in Joules)?
?
Joules
Submit
Request Answer
Part B
For processes moving from a->b->c, what is the value of Q, the heat absorbed/released by the gas (in Joules)?
?
Joules
Submit
Request Answer
Part C
For the entire cycle (a->b->c->d->a), what is the thermal efficiency of this heat engine (put your answer as a percentage)?

Transcribed Image Text:Consider 0.2 moles of a monatomic ideal gas that undergoes the cycle shown on the pV diagram below. The gas has Cy = 1.5R and Cp = 2.5R. Assume that p=2po, V=2Vo, Po=1.01x105 Pa, and V,=0.225m3. For this
problem we will be using the First Law of Thermodynamics used in class AEth = Q+ W, where energy transferred into the gas is positive and energy transferred out of the gas is negative. Please make sure you enter the
proper plus or minus signs on the answers to each part of this problem.
V, p
Vo, Po ●
a
Volume
Pressure
Expert Solution

This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 3 steps with 3 images
