Understanding Viscosity in Fluids

[@gilvanmarchiori1995]

What software do u use?

[@ENGINEERINGSTREAMLINED]

I use Microsoft Powerpoint to make animations

[@standfordtuitionacademykha1620]

Outstanding explanation sir

[@ENGINEERINGSTREAMLINED]

Thank you very much for the appreciation

[@nicoferres]

What a great video, cheers from Argentina!!!

[@ENGINEERINGSTREAMLINED]

Thank you very much for the appreciation. Do share it with your friends. And watch my other videos if they are relevant to you. Cheers

[@AliRaza-qg9ip]

Nice explanation

[@ENGINEERINGSTREAMLINED]

Thanks for the appreciation. Do share this video with your friends.

[@me_005_hilalahmad5]

Really helpful

[@ENGINEERINGSTREAMLINED]

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[@alaahammo6525]

great explanation, from north Syria thanks alot❣️

[@ENGINEERINGSTREAMLINED]

Glad it was helpful for you.

[@rajshreebhosale946]

Sir, can you please explain how uncertainty for the dynamic viscometer will be measured?

[@braicandrei4209]

Why is d(Beta)=tan(Beta)?

[@ENGINEERINGSTREAMLINED]

You see tan (theta)=0 for theta=0. So, when the angle is very small almost approaching 0 degree, we can write theta = tan(theta). In the video, the deformation of the fluid element due to the upper layer of fluid shown as d(beta) is a very small differential angle so we can represent it as tan (beta). I hope it gets clear now.

[@braicandrei4209]

@@ENGINEERINGSTREAMLINED Thank you!