Hi again, I am starting to think that my diagram i drew is correct. That is because the isobaric process starts at point 1 however as this process is ongoing, the volume is decreasing. So the isochoric process starts at a lesser volume than the initial.
If it was drawn the other way it would...
I know that general gas law can be applied in this case, and also:
Boyle's Law: PV = k
Gay-Lussac's Law: P/T =k
Charles Law: V/T =k
However for the T-V diagram of an isochoric process this cannot be done by applying the above laws, or can it ? Since temperature may vary while volume remains...
Homework Statement
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This is a very basic question. I have a cylinder filled with air having stops at a particular height .
First part of the process is isobaric as piston is free to move and P is constant.
When piston reaches stops this becomes isochoric process as volume is constant.
So...
Hi, thanks for your time and insight on this matter. However, unfortunately this is not one of my strong subjects. I re-worked some calculations and got P1 = 60.3kPa as is yours.
Can I use the formula ρ*Hg*h = p1 ? I found this other formula not taking into consideration the density of water...
Homework Statement
so I have been working on this problem :
Diameter1 at wide end: 8cm || V1 = 1.56m/s
Diameter2 at narrow end: 3cm || V2 = 11.094m/s
Force exerted on plate = 87N
Find the manometer reading
Picture below:
Homework Equations
P1+(1/2 ρv1^2)=P2+(1/2 ρv2^2)
1 − 2 = (2 −1)ℎThe...
I came across this video while doing research however it does not match with the formula I was given earlier on.
Can anyone confirm if this video is correct ?