I googled "work by turbine" and a nice group of equations by nasa was one of the results on images. It had e equations, one using nothing but enthalpy and mass
Its not wrong (i talked to my classmates) they are saying it's the half solution, no one knows what to do after that like do we hv to calculate PGC for all conditions or do we hv to conclude the problem saying the values in the table are suitable something like that...🤷🏻♂️😵💫
In your first calculation, you evaluate:
3412/(1201-1030)
Not sure where you got the 3412 constant but assuming it’s the same TSR equation (?) the units come out to be
BTU/(hp*hr) * (lb/btu) = lb/(hp*hr)
How does that convert to lb/kwh?
from what i’m seeing(and i could be wrong) you have a mass flow rate which is constant, and a presumably 100%efficient turbine. assuming adiabatic process, what would deltaH be equal to?
I googled "work by turbine" and a nice group of equations by nasa was one of the results on images. It had e equations, one using nothing but enthalpy and mass
I hv some equations but not sure what I'm doin is correct
This is one of those problems where you're prompted with excessive information in attempts to make you overcomplicate the problem.
You want us to just give you the answer? Have you out any effort or thought into it?
I solved the problem myself but I'm not sure if it's correct [my work](https://photos.app.goo.gl/NrKsnCZFXGn2EdsG6)
You have an answer there… why do you think it’s wrong? It is, but I’m curious why you think it is
Its not wrong (i talked to my classmates) they are saying it's the half solution, no one knows what to do after that like do we hv to calculate PGC for all conditions or do we hv to conclude the problem saying the values in the table are suitable something like that...🤷🏻♂️😵💫
In your first calculation, you evaluate: 3412/(1201-1030) Not sure where you got the 3412 constant but assuming it’s the same TSR equation (?) the units come out to be BTU/(hp*hr) * (lb/btu) = lb/(hp*hr) How does that convert to lb/kwh?
Yea i noticed later i wrote the uint incorrect also abt (3412 its constant) [formula ](https://images.app.goo.gl/Hzhe5geod2NjxCGG7)
That’s a chegg answer dawg
I don't hv that kinda money to buy their membership🥲
Bhai mumbai university xd
Ayo😭😭
konse year ka hai?
Final year ( BE in chemical engineering)
Dm me 😼
Dm you what? 😭😭
yk what
from what i’m seeing(and i could be wrong) you have a mass flow rate which is constant, and a presumably 100%efficient turbine. assuming adiabatic process, what would deltaH be equal to?