Suppose that stone is made of steel then displaced water volume is same as stone and steel stone, so the water displaced weight will be same because shape of stone is same(stone and steel stone) but actually both stone weight will be different bcz of different material. So how is this correct?
Hello sir Kya aap muj ko is numerical ka solution de sakte ho An oil of vicosity 9 poise and specific gravity 0.9 is folowing throght a horizontal pipe of 60 mm dia if the pressure drop in 100 m length of the pipe is 1800 kn/m square detarmine 1. The rate of flow 2. The center line velocity 3. The total frictional drag over 100 m length 4. The power required to maintain tge flow 5. The velocity gradient at the pipe wall 6. The velocity and shear stress at 8 mm from the wall
Awesome fact never knew about how to calculate volume and weight of irregular shape body
Thank you sir.very helpful video. I have doubt clear after this video....👍👍👍👍👍👍👍👍👍👍👍👍
Sir u r boss of Fluid mechanism
Very deep understanding tq so much
Tqsm sir🙏 Your video for the first time .. and it helped me a lot
How i will calcute after fix in cylindrical figure.?
Great sir 👍🙂👍🙂
Suppose that stone is made of steel then displaced water volume is same as stone and steel stone, so the water displaced weight will be same because shape of stone is same(stone and steel stone) but actually both stone weight will be different bcz of different material. So how is this correct?
Any complications I think u r there for that. Such a strong thin explanation sir.
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A lecture start at 0:36
Well explained 🙏 thank you sir 👍
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If i need to find weight of body in water, how can we find??
Acha padhate h sir but vdo thoda short krne ka try kren..
What an explanation 😍😍
big se big aur us se bhi bada like...
Nice information sir.
Nice sir
Thanks a lot sir......
Great sir
Sir notches and weirs par kab banaaoge video
Sir ye f fluid mechanics ka chapter hai
Sir plz jaldi laao
Hello sir
Kya aap muj ko is numerical ka solution de sakte ho
An oil of vicosity 9 poise and specific gravity 0.9 is folowing throght a horizontal pipe of 60 mm dia if the pressure drop in 100 m length of the pipe is 1800 kn/m square detarmine
1. The rate of flow
2. The center line velocity
3. The total frictional drag over 100 m length
4. The power required to maintain tge flow
5. The velocity gradient at the pipe wall
6. The velocity and shear stress at 8 mm from the wall
Sir definations diya koro
th-cam.com/video/fOTbtd9MuGA/w-d-xo.html
,
Well explained
Nice..
Mind m daal diya
Sir phla viewr roj fixed beam ka intezr krta hung 😢😢😢
Don't worry I will be back shortly with fixed beam
@@pavikafluidsaystawi4289 thnxs sir 🤗🤗🤗
Plss draw big diagram next time
More repid
Very bore