Proof of Kepler's 1st Law (law of orbit), from newtons law of gravitation | BSc 1st semester

Proof of Kepler's 1st Law, from newtons law of gravitation | BSc 1st semester
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[@roopalisoni676]

I was recklessly finding this derivation in english, andd thankyou I found you sir☺️

[@piyatiwari4558]

Simply & nicely explained sir thanku

[@NAMITARANIMOHANTA-]

Thank you for your nice explanation sirr🎉❤

[@farazahmed7146]

Excellent

[@Sandeepyadav-tn4of]

So many thanks sir🙏

[@DivyaKumari-yb4pb]

Thank you so much sir

[@Nikki-wq1th]

Superb explanation.. thank you ❤

[@itsmeamisha3813]

Thanks a lot...it really helped me👍

[@Agraharigaming001]

Thank u sir😊❤

[@Khankabeerkhan-q7d]

Sir please make a video on
2 year
3 sem physics

[@DurgamayeeLenka-ij4di]

Thank you😢 sir

[@rajneeshkumar9693]

Thankyou sir😊😊😊

[@BIBEK1729]

Sir, at 19:19 you said that GM/h² is a constant term but h is not constant because h is a function of 'r' how it can be constant.. r is changing tho..

[@SanskarGautamSanskarGautam]

Bro why did you forget conservation of angular momentum mrw^2 is constant because of central forces present and m is also constant

[@BIBEK1729]

@SanskarGautamSanskarGautam which class are you from?
You are saying that angular momentum (L) mrw²=constant, it doesn't mean that r and w(omega) is constant. It tells that only the product of mass time radius times angular velocity constant.. not the individual terms.. (but in this case mass is constant not the radius)

[@FaisalKhan-tk8db]

❤

[@DivyaKumari-yb4pb]

🙏🙏🙏🙏🙏

[@tarundewangan952]

7:00

[@piyush_tathagat_19]

acceleration ka formula kaise likha?? or vo negarive kyu hua??

[@piyush_tathagat_19]

Sir sirf like nhi mujhe explanation chahiye... 🙏

[@RajaFF-h7q]

😂😂​@@piyush_tathagat_19

[@KanikaSurroch]

r cap kahan gya

[@AbulKalam-mw5ft]

r cap cancel ho gya

[@vishalgoswami272]

1 law itna bda

[@Alhamdulillah-i1l]

❤