6. Rigidity Modulus by Torsional Pendulum

[@mtopangaprimo2556]

This is really helpful. Very clear video and sound. Thank you

[@resonancefeel]

You are welcome.
Thank you for watching

[@makhatawe8688]

Explained clearly very well. Understood the practical clearly.

[@resonancefeel]

Thank you Sir

[@learningskillsbyrohitraut4533]

A huge thanks sir

[@resonancefeel]

Welcome Rohit.
Thank you for watching

[@rudrasaiprasad]

Thank you ☺️

[@resonancefeel]

Welcome

[@alwanbate7171]

excellent video

[@resonancefeel]

Thank you

[@anicreation2445]

Thank you so much sir❤

[@resonancefeel]

Welcome. Stay tuned

[@learningskillsbyrohitraut4533]

Thanks a lot sir

[@resonancefeel]

Welcome👍

[@-2_.]

What wil be the final value sir

[@resonancefeel]

The rigidity modulus will be in the order of 10 to the power of 10 for steel. It will be different for different materials.

[@sony5501]

Value of rigidity should be ... What Sir?

[@resonancefeel]

It will be in terms of 10 to the power ten or 10 to the power 11 depends on the wire strength.

[@mr.genius7881]

Sir what will be the exact answer please tell me

[@resonancefeel]

It will in 10 to the power 10 or 11

[@mr.genius7881]

@@resonancefeel You mean 10 to the power 10 = 10000000000 ?? Right?

[@resonancefeel]

Yes. That depends on material.
For steel it is 2 X 10 to the power 11 N/m2.
For Silver it is around 10 to the power ten N/m2
Thank you

[@sony5501]

Sir can u send the reading along with calculation

[@resonancefeel]

Yes, Sure. I will send the link later.

[@sony5501]

Thank you sir

[@sony5501]

Sir... Notes? 😅

[@resonancefeel]

@@sony5501 I will send the link

[@resonancefeel]

drive.google.com/file/d/1JrtaELulepYIp6tdFsF9ALFrElr0mqPZ/view?usp=drivesdk