Rotational Dynamics Demo: Two Spheres

[@imranphysicsts]

Don't see view just see the quality of teaching and education!

[@ajayab000]

➡️➡️But guys in the last moment of this video, 2 solid sphare which reduii is different how its reach together at the bottom
Please friends and sir explain me

[@dumbi09]

This helped me better grasp the concept of rotational momentum. Thank you!

[@ajayab000]

➡️➡️But guys in the last moment of this video, 2 solid sphare which reduii is different how its reach together at the bottom
Please friends and sir explain me

[@Arsemaesubalew]

Best lesson ever! As clear as a glass, thanks!

[@IB_and_A_Level_Physics]

You explained this very well. A big thank you from China!

[@tsegakagnew6442]

Thank you 😊 such a nice way of teaching and I hope too see more

[@vikashkumar9585]

Such a shame that this video has so low views.

[@michaelspurlock3096]

Could you please show the equation whereby mass and radius cancel out?

[@swarnashissarkar4767]

Excellent Appreciated and very well explained Sir..

[@jeond9762]

Thank you so much sid .you explained it very well.

[@TrangNguyen-ql8ox]

Great demonstration! Thank you!

[@NoName-ot8kl]

He is a nice teacher.

[@masoudsakha]

Perfect explanation

[@assadullah3821]

Great explanation sir

[@siddharajpatil6200]

thank you sir for explaining this concept

[@ajayab000]

➡️➡️➡️But guys in the last moment of this video, 2 solid sphare which reduii is different how its reach together at the bottom
Please friends and sir explain me

[@oluwagbemigaotunaiya8566]

I understand better now thanks alot

[@rabiasultan8853]

well then shouldn't moment of inertia be inversely related to rotational k.e?

[@duncant2482]

Hello I was wondering if you could help me with a unique flywheel calculation please? If I had a way of magnetically supporting a huge flywheel like the one illustrated in your video. Lets say 50 meters in diameter. Is it possible to spin that flywheel with an outside rim speed of 1600 km per hour?

[@edweinb]

But the smaller sphere has a lower moment of inertia and did reach the bottom first.

[@TexusNoe365247]

Would this concept also extend to flywheels? For example, a solid flywheel vs a semi-hollow flywheel? Which flywheel would store the most energy?

[@sanjeen2503]

Yes, the concept is applicable to flywheels. But be careful! While designing or procuring a flywheel, you would have your own constraints which will be very different from this physics demo.
For example, if you want a cheap steel flywheel that can store the maximum energy for a given thickness and radius, the ideal design is to use a solid steel disk of the same thickness and radius.

[@alexis9158]

wow really clear! love it

[@yok0012000]

where can one get these sets of discs/hoops/sphere of identical mass?

[@naight173]

As far as I understood, you don't need identical mass, because it cancels out

[@ajayab000]

@@naight173 ➡️➡️But guys in the last moment of this video, 2 solid sphare which reduii is different how its reach together at the bottom
Please friends and sir explain me

[@bardusiacopo9344]

Salve dalla 3H , ottimo
Video la ringrazio

[@samuelgiacomuzzimadsen9973]

Rofl

[@4tspoon843]

Smd

[@bardusiacopo9344]

Nice

[@samuelgiacomuzzimadsen9973]

lmb

[@bardusiacopo9344]

Barbecue

[@hiepho7195]

my savior

[@4tspoon843]

Pretty kek

[@Infomer56]

Assume the friction.

[@gaddamchetan8651]

now a days kids need in exam point of view...nobody wants quality education :-(

[@samuelgiacomuzzimadsen9973]

kek

[@4tspoon843]

Kek