Hewitt-Drew-it! PHYSICS 35. Circular Motion

[@fischer-felix]

Sehr hilfreich, danke Herr Göller

[@marlonjk]

XD

[@marlonjk]

Gutes Video! Grüße an die 10D

[@marlonjk]

@UCZmRZY-Kxtt253GfWqBUZCw ihr knechte. LG Marek

[@ranjanapathak1791]

Ans is d becoz in this motion there are 2 accelarations merely tangential accln (if linear speed aint uniform and centripetal accln (necessary for circular motion) So cd stops. Centripetal accln stops particle goes d

[@Mustamaggara]

A. The ball has moved against the wall to the end and acquired velocity parallel to the wall, so when the plate suddenly disappears underneath it there won't be anything to act upon it so it will continue on its path, straight out

[@andrescorrea4492]

good tip at the end! the answer is d, unless this is not centripetal force.

[@kathzerrato]

i totally enjoyed it!!!!

[@harryzhang2879]

Yes

[@dThineni]

The correct path is C. If you said that there is an acquired velocity parallel to the wall as the marble rides along it in the circular motion system, you are correct. If you said there is tangential velocity, you are also correct. Both of these velocities exist: the former because of the marble riding the wall, and the latter because of the uniform circular motion. These two velocity vectors add together to give a velocity with approximate path of C.

[@rim7961]

Good one! I laught my ass off :D Unless you are serious...

[@rage1265]

Bro this dudes a nooooooob, take 8th grade physics again you absolute fooligan, DDDDDDDDDDDDDDDDDDD

[@adammcconville5841]

Ms o Leary sent me here

[@iimuhin]

Path C?

[@0RespectMyAuthority0]

D. the force acts at tangents.

[@FinnancialCompany]

Very cool example! Thanks!

[@whitelypelam1470]

Thanks it helped me a lot, and yes i found some new friends to solve this puzzle...:)

[@0100-u3i]

Thanks Ms O'Leary

[@kimberlyr2289]

get new friends... one's who know physics.

[@lakshmiraveenk]

tagential direction

[@amitwaswani2257]

Actually,if it's a rolling object like a marble then it will stay put, rolling at it's place fixed.

[@CoinTalk72]

D - Tangential Velocity!

[@gamecity7265]

D + A = C

[@lovelyfrenzy1]

You're good!

[@nrabadi]

No, it's D.

[@Scarl3TTears]

D :D

[@deodonna3653]

the only boomer I tolerate😤✋

[@alimajidbesiso4273]

Path D! objects have inertia, newton's first law.

[@AkashJaiswalAkash7771]

D.

[@KapilSharma-cm3ww]

thanks a lot.. according to me this good explanation by you but I think u can do more improvement......