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very helpful sir tqq soo much

Thank you so much sir✨😊

Thank you ❤

🥺Thank u sir,,but can u explain me why do u choose density over viscosity in step no 7 ?

Sir revel your face

Sir hiiii gadhavi arushi from 9th gm f. G

double u not w alright!!!

Thanks

Been watching videos on utube for 3 days now, hoping to find how the equation for linear velocity in an onbject on a circular motion is build up. Nothing made sense, they all just explained what linear velocity was and gave the equation. And some videos only did the explaining and no equation at all. Glad I found your video. Only video on utube on linear velocity that make sense. Very simple explanation, easily undertood the stuff ive been trying to understand for 3 days in less than 7mins and also no animation bullshit, his own notes and as they are very easily understandble even i can write them down for later reference. Thankyou for your time and for the effort you put up into expalining the stuff. Keep up the good work. 👍❤

Sir please hooke's law

Morning before exam

Thank u so much sir

Concept clear ho gya h TQ very much

Sir video dekhne me problem ho rhi h

Thank you sir🫡

Well explained 😊..

Thank you👍🏾

part 4 plizzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz sir

Sir maza aagya !! ❤❤

Nailed it. Super👏 explained

Thank You Sirji❤🙏🌺😍🙌

THANKYOU SIR

Explain and write a step by step procedure for Raleigh's method and Buckingham's pi- theorem's

A partially submerged body is towed in water. The resistance R to its motion depends on the density p, the viscosity u of water, length L of the body, velocity v of the body and acceleration due to gravity g. using Buckinghan's heorem of dimensional analysis, express R in terms of dinensionless parameters

Thankyou sir But acceleration ka part thoda complicated hai samjhne me

a few hours b4 exam and you break down this abstract concept making it seem effortless, thanks alot.

Jazakallah khair

thankyou so much sir

Sir thita ki calculation kaise ki

Thank you 👍

Thank you sir

Thank you sir

19 minutes before exam.

❤

❤❤

Thank you brother..

Today is my exam

Thank you so much sir ❤

thanks for help us❤

Please make more and more videos on mechanical engineering. Love from DUET, Gazipur, Bangladesh

Tommorow is my exam

Dou changed to d how?...

Super explanation sir

Nice 👍

very good explanation

thank you so much sir

thankyou sir

Thanku so much sir I understand everything about torsion..😊

Nice explanation sir❤

The composite bar consisting of steel and aluminum components, as shown in Figure 2, is connected to two grips at a temperature of 60°C. Find the stresses in the two rods when the temperature falls to 20°C. If the ends do not yield, the area of steel and aluminum bars are 250 mm2 and 375 mm2, respectively. Take E steel is equal to 2 into 10 raised to power 5 N per mm2 and E aluminum is equal to 0.7 into 10 raised to power 5 N per mm2. Alpha steel is equal to 1.17 into 10 raised to power minus 5 per degree Celsius and alpha aluminum is equal to 2.34 into 10 raised to power minus 5 per degree Celsius.