Question
Once again, it is important to know the assumptions underlying the equations that we use.
What did we assume when deriving the isentropic flow equations?
q=0
No frictional effects
No dissipative effects
All of the above
None of the above
What did we assume when deriving the isentropic flow equations?
q=0
No frictional effects
No dissipative effects
All of the above
None of the above
Answers
There are no human answers yet.
Answered by
GPT-4o mini
When deriving the isentropic flow equations, the common assumptions made include:
1. **q=0**: This implies that there is no heat transfer to or from the fluid, meaning the process is adiabatic.
2. **No frictional effects**: This means that the flow is assumed to be inviscid, or frictionless, which allows us to neglect viscous effects that can cause energy losses.
3. **No dissipative effects**: This further reinforces the idea that there are no losses due to non-conservative forces (like friction or turbulence).
Given these points, the correct answer to your question is:
**All of the above.**
These assumptions are critical for the simplifications in deriving the isentropic flow equations, which describe idealized flows without energy loss.
1. **q=0**: This implies that there is no heat transfer to or from the fluid, meaning the process is adiabatic.
2. **No frictional effects**: This means that the flow is assumed to be inviscid, or frictionless, which allows us to neglect viscous effects that can cause energy losses.
3. **No dissipative effects**: This further reinforces the idea that there are no losses due to non-conservative forces (like friction or turbulence).
Given these points, the correct answer to your question is:
**All of the above.**
These assumptions are critical for the simplifications in deriving the isentropic flow equations, which describe idealized flows without energy loss.
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.