A stone tied to the end of a string 80 cm long is whirled in a horizontal circle with a constant

Exercise 4.17, physics, class 11, chapter 1,motion in a plane, ncert

[@musyyabalam2726]

Sir, would the body whirling in a horizontal circular path not experience the force of G downwards the earth. Shouldn't the direction of Resultant Acceleration be somewhere in between the "g" and "centripetal acceleration"?

[@PhysicswithGaurav]

It’s a horizontal circle, not a vertical circle

[@gamingwithshivam9612]

Centripetal Acceleration > gravitational force ??

[@Shirtskiduniya124]

Sir very great thanks to you... 🥰🥰 sir where do you live?

[@PhysicswithGaurav]

Thanks dear student 🤗, I am from Khamano, Punjab

[@ALPHA29-_-]

❤😊

[@Pranshuisufit]

Horizontal circle Constant speed nd 14r/25sec Means wot someone explain 😢😢

[@sina6207]

wowww

[@ak.creativities971]

gooooood❤

[@ManpreetKaur-kf8rp]

Sir pie ki value 22 upon 7 kyo nahi use ki

[@PhysicswithGaurav]

Dear student, pie =22/7 = 3.14. Both are equal

[@Forstationerylovers-p6f]

Towards the centre is only the dirn of centripetal a not net acceleration *Net acceleration = a tangential + a centripetal ( vector sum)* Pls don't give wring info ...........

[@Forstationerylovers-p6f]

In this case at is zero therefore (a net= a centripetal ) Isliye ans match kar gya ......

[@Forstationerylovers-p6f]

A t = a tangential

[@bhiwari12tijara29]

Thnks for such a great explanation sir 🙏❤️🌠

[@PhysicswithGaurav]

Thanks and welcome dear

[@anjalinaskar8908]

Sir which pen you're using in this video? Does anybody know?

[@Abhishek_pandxy_0003]

Pilot

[@anjalinaskar8908]

​@@Abhishek_pandxy_0003 sir can you tell me the name of the red pen? I want to buy it

[@vidwath_yt7245]

Sir but in doubt nut only 2 min easy explanation and u hav made is complex one....

[@sina6207]

awesomeeeeee

[@PhysicswithGaurav]

Thanks 😊

[@dhruvsharma2492]

Thankyou sir.

[@tanushpradeep3505]

Sir why did you convert radius value into metres??

[@sanjeevaniagrawal7431]

Cause we generally have to find the answer in SI unit

[@sharunesensha3092]

Sir super teaching sir...hats off

[@PhysicswithGaurav]

Thanks and welcome

[@sharunesensha3092]

@@PhysicswithGaurav sir u r from

[@BabulalSrivastva]

Thanks sir

[@sina6207]

👍

[@sina6207]

sahi hai

[@choudharylala72]

😍😍

[@Shubhkushwaha7300]

👍🤟👇👆☝️👌

[@PhysicswithGaurav]

Thanks

[@anshika1201]

a=Rw

[@PinchuPandaValorant]

PW circular motion?

[@anoop_také]

a=rw^2