Physics - Application of Pascal's Law in Hydraulics -English

This Physics video explains the Application of Pascal's Law in Hydraulics. This video is meant for students studying in class 9, 10 and 11 in CBSE/NCERT and other state boards.
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[hartonogunawan]

This video make me realise how important to pay attention physic subject in high school.

[GurpreetKaur-rgxj]

But the car is also applying opposite pressure on the larger arm

[NaveerarsalanArsalan]

Very satisfied after watching this vedio thanx so much

[datbishboo]

Thank you so much I was having trouble with my teachers explanation this really helped

[ByLejn]

does pascal law gives information about shape and size or no?

[nextpsycho]

U class is more good than our teachers

[yashsurana]

Thank you So much!!
For the awesome video..
Expect more from you..

[rudrashiva]

Or F2 = [Dii^2÷Dini^2]×F1
Where Di = Dia. at position 1
Dii = Dia. at position 2

[davuluriprasanthakumari]

Thank you for explaining I cannot understand now I can understand it very clearly

[dnyaneshwarideore]

Can hydraulic equipment move higher or equal amount of mass.Explain me pls.

[dnyaneshwarideore]

What are the advantages of hydraulic system?

[amitverma]

What if the width of both the as said u shaped tubes is same? Will the pressure be still multiplied.

[Tarun_e]

I have a doubt:when area is less then pressure is more then in the video the left side one which has less area then the pressure should be more na..

[anilsharma-evmy]

Sir please show Aniroid barometer work done which turned the needle
So how much work done change in work and heat
What is total efficiency of Aniroid barometer ?

[salmbama]

Can they use this principle...in lifting building materials to about 100meter high

thank u
salem bamatraf

[jdthomas]

Sir hindi version me video bnaoo 9th class phiycas please

[jzwillows]

This explanation is based on the centuries-old presumption that all fluids act the same, i.e., liquids act as gases with respect to pressure applied being transferred throughout. With a gas this is true and is facilitated by the property of compressibility. For example, by decreasing or increasing the amount of a gas in a rigid container, the internal (gaseous) pressure in a container is decreased or increased, respectively, and this change in the number of molecules results in a corresponding change in the pressure exerted by the gas against the container walls. Thus, this link between gaseous pressure and the pressure exerted by the gas against the container walls is accomplished (facilitated) by the characteristic of compressibility. But a liquid is not compressible and thus there is no means by which the pressure exerted by a liquid against its container walls can be similarly linked to the liquid's internal pressure. Therefore, the hydrostatic paradox which states a liquid can exert a force against the bottom of a container that exceeds its weight is false and thus the physics in this video is wrong. Don't believe me, just evaluate yourself. For more details see my video titled Elementary Hydrostatics at my channel.

[arifafahmida]

Mam please talk in Hindi as your English is weak
😅

[najmussaba]

Awesome explanation! You deserve a Million subscribers 💕

[cocohasego]

I finally understood this concept all thanks to you.. thank you so so much ma’am