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Which of the following is correct? Question 12Answer a. For a general system, the work done is not an exact differential. b. We can determine the work done by integration of dW only if the process is a quasi-static process. c. The total work done by a system can be written as a sum of all the individual components of work (that is, the sum of electric work, expansion work, etc.) d. All of the above

Name: which of the following is correct question 12answer a for a general system the work done is not an exact differential b we can determine the work done by integration of dw only if the proces 85113
Uploaded: 2023-07-24T11:53:40-08:00
Duration: 1 min 12 s
Channel: Madhur L
Description: which of the following is correct question 12answer a for a general system the work done is not an exact differential b we can determine the work done by integration of dw only if the proces 85113

          Which of the following is correct?
Question 12Answer
a.
For a general system, the work done is not an exact differential.
b.
We can determine the work done by integration of dW only if the process is a quasi-static process.
c.
The total work done by a system can be written as a sum of all the individual components of work (that is, the sum of electric work, expansion work, etc.)
d.
All of the above

Added by Ryan B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Madhur L

07/24/2023

Step 1

True: work depends on the path, not just the state. b) We can determine the work done by integration of dW only if the process is a quasi-static process. Typically false: you can in principle integrate along any actual path if you know the path (though for Show more…

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Which of the following is correct? Question 12Answer a. For a general system, the work done is not an exact differential. b. We can determine the work done by integration of dW only if the process is a quasi-static process. c. The total work done by a system can be written as a sum of all the individual components of work (that is, the sum of electric work, expansion work, etc.) d. All of the above