Hot Air Balloon Problems Physics | Kinematics - Jee Physics | Extraclass

[@dikeledimonyepao6844]

😊 thank you ☺️ needed to see the motion of the package. I didn’t quite get the part of the package moving upwards at first... I appreciate it... definite subscription

[@Extraclass]

Thanks

[@Elsa-wy8ds]

It was helpful although i didn't quite understand the part...as to how the package first went upwards tho! Could you pls explain

[@Extraclass]

Since it's original velocity was in upward direction, it will continue that motion until the velocity becomes zero, then it will fall.

[@0008Comedy]

Super easy with shortcut and feel

[@Extraclass]

Glad to hear that

[@surabhitiwari6954]

Great animation simply loved it

[@Extraclass]

Glad you enjoyed it

[@MRX-jp7be]

Thanks sir easily understood the motion through animation 🙏🏻🙏🏻❤

[@डरकेआगेजीतहै-ख5श]

Really helpful video, thanks

[@Extraclass]

You're welcome!

[@richdotcom6616]

Bahut badhiya video

[@Extraclass]

Thanks

[@PersainjitSingh]

Superb explanation

[@Extraclass]

Glad you liked it

[@hemant2469]

Thanku very much sir ❤️❤️

[@agathyanbarathi]

Part B is incorrect. Time taken for the downward motion alone to be considered for the final velocity calculation. So with your calculated t=3.45 s, v comes out to be 33.81 m/s.

[@surprisetest5993]

Awesome video with great animation

[@Extraclass]

Thanks!

[@aspirant8984]

What if the hot air balloon moves up with a certain acceleration will we consider the acceleration due to gravity also? If not, why?? Please clear my doubt

[@zygarde8943]

Now u should considered net acceleartion

[@anshulthakur7396]

Really nice video keep posting more

[@Extraclass]

Thank you, I will

[@qazinaziruddinzamiruddin2095]

what will be the distance of balloon and stone after 3second??

[@muhammedmidhlajpk6680]

Time taken for second question is 3.45sec? Then why did you take 4.67sec?

[@Extraclass]

Ok

[@shraddhashrivastava3098]

Yes v should be 34m/s

[@srinuchandaka3959]

Thank youu... ✨🙌🏻

[@amiralamrhp]

Nice clear all my doubt ❤️❤️❤️

[@Extraclass]

Thanks

[@aquilaaaaaablaayyyze]

Very nice explaination❤️

[@sunnyec5264]

loved it.

[@Extraclass]

great

[@abhishekrawat7787]

Awesome video

[@Extraclass]

Glad you enjoyed it

[@taaddasaasahiluu2371]

Thank you so much

[@ebusinesswizard]

Your 2nd part is wrong. The time to be taken is 3.35. Correct answer is 33.8 m/a.

[@technicalmantra7948]

very very great explanation thanks , I have a question that have u made any video on vehicles overtaking problems in kinematics?

[@Extraclass]

Thanks

[@alanpkyass5971]

Speed is wrong!?? V=u+at

[@Extraclass]

Ok