The vid is explained very well especially the part where the pressure at each points are determined. I clearly understand the concept just by watching this. Thankss...
You can obtain the individual equations by simply relating the pressure at two points. For example, the pressure at B equals the pressure at C minus gamma*h1. The pressure at B is less than the pressure at C because B is at a higher elevation in the same fluid.
From which book these topic are concerned means to say tell me a name of book which you follow in these tutorials?? can you make tutorials from Unit Operation for chemical engineering by WArren L mccabe , julian c smith, peter Harriot
The current textbook used at Cal Poly Pomona is White's "Fluid Mechanics" (8th edition). However, these videos were created independent of a specific textbook -- the content is valid regardless of which textbook you use.
I'm glad youtube exists so I can watch video's on u-tube's
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This is the dumbest thing I've hit the like button for in a while lol
Dude, that was brilliant.
I couldn't learn that much in a week in my moron of a teacher's lecture.
Thank you very much.
Glad you enjoyed it.
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Savin' lives is what we do.
The vid is explained very well especially the part where the pressure at each points are determined. I clearly understand the concept just by watching this. Thankss...
Very helpful video, especially for Mechanical Engineering student.
Great!
Short, simple and incredibly amazing, thank u for this video👏
👏👏👏👏👏
This is a very clever man! Thankyou. You've helped me out big time
U are welcome.
Great concept through this wonderful video thanks calpoly
Cal Poly Pomona says, "You're welcome"
Dr. Paul I love you thank you
U are welcome.
Thank you thank you thank you! This was extremely helpful! God bless you!
U are welcome.
Omg, thank you so much. You solved my problems
can I use the shortcut method to get those individual equations, if not how can I get those individual equations
Which individual equations are you referring to?
the 4 equations at 3:08
You can obtain the individual equations by simply relating the pressure at two points. For example, the pressure at B equals the pressure at C minus gamma*h1. The pressure at B is less than the pressure at C because B is at a higher elevation in the same fluid.
Thank you very much for this amazing video.
You're welcome very much!
what is the value of gamma
This vid really helps. Thank you for this vid
From which book these topic are concerned means to say tell me a name of book which you follow in these tutorials?? can you make tutorials from Unit Operation for chemical engineering by WArren L mccabe , julian c smith, peter Harriot
The current textbook used at Cal Poly Pomona is White's "Fluid Mechanics" (8th edition). However, these videos were created independent of a specific textbook -- the content is valid regardless of which textbook you use.
Thanks for teaching the shortcut.
Thank you Sir!
what is Pa?
is it the atmospheric pressure?
Yes. It is covered in an earlier video in the series.
thanks
:)
Exam in 24hrs wish me luck lads. I don't want to end in the gulag
gd luck man!
Thnxx dude
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Thank you
thank you so much
U(-tube) are welcome.
I apologize for that... it wasn't very pun-ny.
this video is very heLpfuLL tnx for this !!!!
Sure, our pleasure.
really amazing.......
Thanks
thank, really understood
No problem.
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With great power comes great responsibility.
@@CPPMechEngTutorials thank you for very good video
Thank you for not being the first dislike. :)
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Saving lives is what we do.
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@@CPPMechEngTutorials it's too good!! i understood this topic really well because of this video. I apologise if my comment projected otherwise.
We weren't sure what the comment indicated... we are glad the video helped. :)
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nice
Thank you very much