12 physics I Rotational Dynamics I Solved Example 1.6 I VIDEO-2 /A tiny stone of mass 20 g is tied

VIDEO-2 / A tiny stone of mass 20 g is tied to a practically massless, inextensible, flexible string and whirled along vertical circles. Speed of the stone is 8 m/s when the centripetal force is exactly equal to the force due to tension. Calculate minimum and maximum kinetic energies of the stone during the entire circle. Let theta = 0 degree be the angular position of the string, when the stone is at the lowermost position. Determine the angular position of the string when the force due to tension is numerically equal to weight of the stone. [ Use g =10 m/s2 and Length of the sting = 1.8 m ]

[@PSGAMING-kb3ii]

Thank you sir

[@STKWALKARGAMING7494]

Thanks sir

[@sagarsawant9225]

Don't worry sir we will help you to grow our channel just keep uploading vedio
Thank you 💯

[@swapnilkipathshala9560]

Hope our channel will grow..
Yes I will keep uploading videos.
Thanks for your valuable support bro..🙏

[@sanskrutirathod9548]

Sir your videos are very helpful
Will u explain exercise numericals too?

[@swapnilkipathshala9560]

Yes I will..
Share videos with your friends..

[@ishan4512]

👍👌

[@swapnilkipathshala9560]

Watch my latest videos where I used animation, book and log table references. Subscribe the channel if you haven't subscribe it, share with your friends so that they may subscribe and may our channel grow.
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[@rajendrajamsandekar1164]

Sir why did you take 179°60'

[@swapnilkipathshala9560]

Bcoz, 1°= 60'
& 180° = 179° + 1° = 179° + 60' = 179° 60'

[@rashmijadhav4300]

Sir please make videos on numerical from exercise... your explanation is awesome 😇

[@dhvanimody302]

can you show the solving of the last part- cos theta, log and all?It would be more helpful. Thank you:)

[@swapnilkipathshala9560]

See video on Oscillation example 5.2, where I solved cos inverse it would help you to clear your doubt upto certain extant..
Watch some more videos where I have solved log and antilog too.

[@sanskarpande6365]

Sir plz all chapters ke numerical upload kijiye
Aap bhot aacha pdate ho

[@swapnilkipathshala9560]

Yes absolutely, I will make videos on all chapter..thanks for watching the video 🙏

[@srushtideshmukh1377]

Please make video on last part

[@swapnilkipathshala9560]

Ok👍

[@ashuhua13]

very good sir nicely explained minute details of the question that were not given in tb thank u very much

[@swapnilkipathshala9560]

Thanks for nice comment,
Watch my latest videos it is in animated form..

[@MotivationShorts497]

This type not in mhtcet come??

[@swapnilkipathshala9560]

This is a state board numerical...
But the concept of these numerical will definitely help in mhtcet.

[@vidyajanagond9085]

Kup chan explain kelat sir thank you

[@VinodYadav-di1dg]

Bhot sahi Sirji
Keep making such videos.
You made it very simple to understand.
All the best❤️

[@swapnilkipathshala9560]

Watch my latest video where I have used some animation and share with your frnds so that they may subscribe and may our channel grow..
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[@AMIT-hh7zp]

Thank you so much sir 😊

[@shivanshgupta6562]

You r legend 😍🥰

[@Unknown-ph5cf]

Outstanding ♥️

[@sukumarannuchiat3738]

Sir plz keep going it helps a lot ❤

[@swapnilkipathshala9560]

Watch my latest videos where I used animations, book and log table references. Subscribe the channel if you haven't subscribe it and share with your friends so that they may subscribe and may our channel grow..
Thanks for your nice comment and support 🙏

[@technicalgussa]

Sir T ki jagah mg kaise liya...?
12:08

[@swapnilkipathshala9560]

Qki question me hi deya huva hai
"When force due to tension (T=F) is numerically equal to weight (mg) of the stone.
Therefore T=F=mg

[@technicalgussa]

@@swapnilkipathshala9560 thanks sir...

[@Rashid-khan1290]

Sir aap great physics teacher ho

[@swapnilkipathshala9560]

Thanks for watching the video..
Share this video with your frnds hope they also like the video and subscribe and may our channel grow..