Dear Sir............Example Problem : One hydraulic cylinder, the end is connected to the Threaded rod so that it can be rotated. Cylinders with a bore size of 18 mm, 10 mm rod and a stroke of 300 mm single acting in a condition that is filled with oil. How to calculate it
sir jo pressure apply kr rhy hain wo water particles ko shift ho jy gsa kya pressure increase hny sy water particles ki motion or energy pa koi assar ary ga ?
Yha pascal's law valid nahi hoga bcoz volume change hoga jo pressure apply krenge usse to vo pressure use ho rha h volume to compress krne me..pascal law is valid only for incompressible fluids
sir jo ap ny first fig draw ki the us k ak end ka area kam tha or 2nd ka zda tha ;A1 ki width kam ha tou water zda pressur sy enter ho ga or A2 ki width zda waha sy jb water nikly ga tu pressure kam ho ga tu how we can say P1=P2
Velocity km zyada hogi area k according but velocity into area same hoga dono jagah mtlb volume same hoga n pressure point k liye defined hota h to A kam zyada se koi fark nhi pdega F different hogi dono end pe
I am 45 years when i saw yours video i completely understood concept of pressure and Pascal theory maine science ka maja liya sir thans to you
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Thanks for this video... ❤EASY TO UNDERSTAND 😉
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Excellent explanation. Very clear and easy for average student/ engineer. Thank you very much for such a nice video lecture.
Wonderful explanation
Dear Sir............Example Problem : One hydraulic cylinder, the end is connected to the Threaded rod so that it can be rotated. Cylinders with a bore size of 18 mm, 10 mm rod and a stroke of 300 mm single acting in a condition that is filled with oil. How to calculate it
Very. Nice explanation sir 🙏🏻🙏🏻
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Please show works done by Aniroid barometer and it's efficiency relationship with increasing size and maximum possible work in one years
Its very interesting sir
Thank u sir...aap bahot accha padhte h...dil khush kr diya sir aapne...bhot bdya...sir ji
Tq 4 clear explanation Biya👻
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And thank you for the quality content.
Sir app explain bahut achhakarteho our apke voice bi bahut achhihe
Yes bhaii bhut acha smjh me aagya aaap..... Keya App chemistry pdhate hi ???
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😊maza a gaya
Explanations are nice
But,
There is no playlist for my physics book's subject ;(
You are a great teacher
best explanation
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Bhai coaching bekar hai.
Ap itna accha padathe ho.
Ham ko bohot interest atha hai subject Mei.
Par coaching me tho interest khattha hai..
thanks samjh me aa gya
bahut accha bhaiya
Do Pascal's law can apply in the case of solids?
no
Hi @aditi sharma
@@arunimaroy5982 hi
Thanks bro luv you
Nice explanation sir
Thanks
Kya samjhate ho... Great work
Which software you are using please tell..
Nice knowledge
Keep it up
Please some solved related numerical
Sir ur voice is nice
It's too good
Nice
sir jo pressure apply kr rhy hain wo water particles ko shift ho jy gsa kya pressure increase hny sy water particles ki motion or energy pa koi assar ary ga ?
Wow what a explanation
Sir gas mai kya hoga ... Compressible Pascal's law
Nahi... Agar har ko jyada compress kiya toh woh liquid banta hai
Yha pascal's law valid nahi hoga bcoz volume change hoga jo pressure apply krenge usse to vo pressure use ho rha h volume to compress krne me..pascal law is valid only for incompressible fluids
sir i have 2 question please give answer to me
Sir agar area jada hoga toa force bhee jada hoga kya
nice explanation
But V1=V2 + V3 if there are 2 outlets so how P1=P2=P3
Super
Very nice sir thanks sir
Shankha sounds also done according to Burnoulli theorum
Nice explanation
Admi ki total limits kya hai hydraulic ki terms main weight key according ???
sir jo ap ny first fig draw ki the us k ak end ka area kam tha or 2nd ka zda tha ;A1 ki width kam ha tou water zda pressur sy enter ho ga or A2 ki width zda waha sy jb water nikly ga tu pressure kam ho ga tu how we can say P1=P2
Velocity km zyada hogi area k according but velocity into area same hoga dono jagah mtlb volume same hoga n pressure point k liye defined hota h to A kam zyada se koi fark nhi pdega F different hogi dono end pe
Very nice
Nice video
Nice lecture
Ben Tennyson 🤩😍💞🤗🤗☺️
#Ben10
Good👌👌👍
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asm sir g
Thank you
👍👍
Very well and good explanation 😙😋
Agar dono ko ek sath preasure ho to
Saandaar yr
Sacha h