Variation of acceleration due to gravity due to rotation of earth

[@abhinavpandey7226]

🎉🎉

[@VipinGoyal349]

Bhadiya maja agaya sir thank you

[@ramanujgoswami495]

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[@LHTA]

Great video. Thank you. Concept cleared😊

[@ramanujgoswami495]

Welcome

[@Azharuddin-qv1lz]

What about the sin term???

[@deepanshuverma4478]

Sir why didnt you take the component of mg...such that mgcosQ=mw²r

[@ramanujgoswami495]

Because our reference is g and g acts towards the centre
We have to fix the preferences otherwise we will get reductions in some components of g

[@Curzyshorts]

good explained

[@Bharadwaj264]

Very nice sir 👍

[@jitendrakumarbhuyan9705]

What about sin component

[@ramanujgoswami495]

Recommended book
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[@abhinabnath929]

👌sir

[@cuephysics8258]

Good explanation

[@Rituraj_Shandilya]

👌👌👌

[@achiverjskkskskzklzlz]

Sir, where are you From?
And in which college do you teach?

[@ramanujgoswami495]

I'm from jorhat...Assam ..I teach in a college pragya academy ...I also have my coaching centre vidyapeeth in jorhat

[@cricketlover22766]

Sir jab satalitte orbit me ho tab bhi earth rotational effect ki wajah se g kum hotta ?

[@ramanujgoswami495]

g becomes zero apparently in a satellite because of enough horizontal velocity

[@cricketlover22766]

@@ramanujgoswami495 but sir i saw on google that accel of free fall in satalitte is 8.7

[@aimxnvn_x_geness4998]

hmmmmmmmm...

[@pwlakshyajeeaspirant4317]

Hi

[@ramanujgoswami495]

Yes