TEACH YOURSELF ROTATIONAL DYNAMICS OF RIGID BODIES: PART 1

[@odomisaiah-kw7er]

Wow, a very brilliant teacher. Your lesson have really helped me

[@Gold-k4p]

Very wonderful class🎉
The explanations where clear and straightforward

[@fanparazzienationfanparazz3360]

Thanks for the class 😊

[@kolawole6558]

I love this, you just helped me for tomorrow's test

[@chimechisom-np2tt]

I love your videos 😍🥰
Thanks alot for bringing out time to teach this topic

[@chydonnsdaniel]

My pleasure 😊

[@ObinnaFavour-mu5kz]

Thanks alot sir. Keep up the good work.

[@HerryMalisa]

Thanks, it very helpful.

[@ephraimfisher7173]

Beautiful...I gained insight

[@chydonnsdaniel]

Wonderful!

[@OgoloQueen]

Thank u so much sir,
I have been finding this topic so difficult to understand….and i just did in leas than an hour….
Thanks alot…will appreciate more of tour videos.

[@chydonnsdaniel]

ruclips.net/video/M0wkq17c-YE/видео.htmlsi=JgCsMETl1l7iTOJg

[@chydonnsdaniel]

ruclips.net/video/vCmF3Jtnexs/видео.htmlsi=xEmWYFOehDYBn_gF

[@chydonnsdaniel]

Watch their continuation using this links to learn more

[@OgoloQueen]

Thank u sir

[@Obito_99-9]

I have a question
A turn table of gramaphone record player rotates about a vertical axis with uniform angular velocity of 40 rev/min. The friction between the gramophone record and turn table causes the record to accelerate uniformly to the angular Velocity of the furn the table in 0.5 sees. The moment of inertia of the gramophone record about it's axis of rotation is 5.0 x10-3 kgms- 2. Calculate
I. the angular velocity of the turn table
II. The angular acceleration of The turn table
III. the torque on the gramophone record
IV. The rotational kinetic energy
V. Work done by the torque in 0.2 seconds

[@divinegiftlectures3783]

Thanks for this video, it helped a lot!..
Keep it up!

[@nacerlifaacademy]

Nice explanation

[@Beckyola_ROF]

We want more 😊

[@chydonnsdaniel]

Watch d second part using this link and pls ensure you spread the good news.
ruclips.net/video/M0wkq17c-YE/видео.htmlsi=PhgyFtm3RXtUc1UY

[@joannessekweaga6759]

Thank u so much sir🥰

[@chydonnsdaniel]

You re welcome

[@hopereginald7800]

🎉

[@SuperDoctor-p7k]

Thanks

[@augustinematthew2055]

I'm more confused than before!

[@chydonnsdaniel]

Hmmm

[@Jaguar_Uche]

Lol

[@gabrielphiri8352]

Started smoothly now confused

[@chydonnsdaniel]

Why? Wat happened?

[@fengtaka]

Thanks

[@chydonnsdaniel]

Welcome