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@PaPhysics_Manish
India
Приєднався 7 січ 2012
Management Professional (IIT Alumni)
Resnick Halliday Ch. 25 Q 4, 5 & 6 // Electrostatic
#iitjee #neet #electrostatics #physics #resnick&halliday #youtube
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Відео
Electrostatic Field Lines Illustration 2
Переглядів 821 годину тому
#physics #electrostatics #concept #neet #youtube
Irodov// Electrodynamincs Ch 3 Q 16
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#iitjee #neet #irodov #physics #electrodynamics #youtube #youtuber
For IIT & NEET // Olympiad Pathfinder Ch. 3 MCQ 14 pptx
Переглядів 13День тому
#iitjee #neet #olympiad #pathfinder #physics #youtube
For IITJEE & NEET // Olympiad Pathfinder Ch 3 MCQ 9
Переглядів 27День тому
#iitjee #neet #physics #olympiad #youtuber #youtube
For IIT & NEET // Olympiad Pathfinder Ch. 3 MCQ 13
Переглядів 5114 днів тому
#olympiadpathfinder #physics #iitjee #neet #youtube #workenergy
For IIT & NEET// Olympiad Pathfinder Ch 3 MCQ 12
Переглядів 1914 днів тому
#olympiad #physics #iitjee #iitneet #neet #youtube #youtuber #pathfinder
For IIT JEE & NEET// Irodov FED Q 106
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#iitjee #iitjeephysics #iitneet #neet #disc #youtube #youtuber
For IIT & NEET//Irodov FED Q. 105 pptx
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#iitjee #iitjeephysics #physics #neet #youtube #youtuber #youtubeshort
For IIT & NEET Irodov FED Q 107
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@PaPhysics_Manish #iitjee #iit_jee_neet_motivation #iitjeephysics #irodov #physics #youtube #youtubers #youtubeshorts #ytshorts
For IIT & Neet: Irodov FED Q. 104
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Air Drag force @PaPhysics_Manish #physics #iitjeephysics #iitjee #iit #neet #youtube #youtuber #youtubeshorts
Irodov FED Q 102 for IIT & NEET
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#iit #iitjee #iitjeephysics #physics #bar #frictionalforce #youtubeshorts #youtubeshort #youtube #youtuber #ytshort
Irodov FED Q 73 for IIT & NEET
Переглядів 6811 місяців тому
#iit #iitjee #physics #irodov #pulley #neet #youtube #youtubeshorts #youtuber
Olympiad Pathfinder NLM MCQ 33 for IIT & NEET
Переглядів 136Рік тому
Olympiad Pathfinder NLM MCQ 33 for IIT & NEET
Olympiad Pathfinder//Ch.2 NLM MCQ 33 Hindi for IIT & NEET
Переглядів 18Рік тому
Olympiad Pathfinder//Ch.2 NLM MCQ 33 Hindi for IIT & NEET
Very nice
In q. 6 the unit of dq/dt is nano coulomb. Audio recorded was wrong by mistake.
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IAM always watching
Glad you find these videos helpful!
Keep it up sir😊
Thanks for watching!
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thanks, i was becoming worried cause the solutions i found they were supposing that the pulleys were small, but the question makes it very clear that they are in fact not small
Glad I could help clear that up!
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thank you sir
hello sir will u take tutions online i will join if u take tutions please let me know
Any doubt please ask me online. No need tuition, stress more on concept clearing.
@@PaPhysics_Manish sir instead of doing like this please start teaching topics not like questions but only advanced oriented
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great solution!
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great video!
Good job!!!
great lecture Sir...
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Thanks you sir.
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Could not understand w_n = v^2/R?
From the question particle is moving in the plane having accelerations in the tangential and normal to the tangential acceleration. This implies that the particles moving trajectory is curved path. At any instant of time 't' the curve at which the point lies will have a radius of curvature and that is 'R'. It means at that instant of time the particle will be moving in a circular path having radius 'R'. Now we know that when a particle moves in a circle it's having an acceleration in the radial direction towards its center. This is what is w_n which is equal to v^2/R.
V=u1 - u2/sin theta
Did not get your doubt? Do you want the explanation in Hindi, is it? Or the doubt is at any specific point, please highlight.
Excellent
Thank you.