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Relative Motion #2 & Problems on Relative Motion (In Hindi)
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In this lesson we'll discuss on the relative motion and its step to find relative velocity and also we'll solve some problems

Kumar Ketan is teaching live on Unacademy Plus

Kumar Ketan
#Specialisation in Electronics #6 years teaching experience #Physics Faculty in Kota #"magical education" (211k+ subs) #Writer

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Unacademy user
n by the way I m totally impressed with Ur videos...by now I have seen many of those n trust me it's totally helpfully tysm sir!
Kumar Ketan
7 months ago
Ty beta ji
Pragya Gupta
7 months ago
sir can u just verify me the 2nd option in 10th slide plz
sir 10th slide Mai opt 2 Mai smaller likha hona chahiye aa??
Kumar Ketan
7 months ago
Pls mention the time of this doubt
  1. ne


  2. 18.2k views unacademy Kumar Ketan Educator since January 2018 #6 years teaching experience #IIT JEE Physics #YouTuber (140k+ subs) #Unacademy educator(16k+ lifetimeviews) #Under graduate topper Follow me on the Unacademy Learning App 1k Followers Following Courses Get updates about new courses Watch all my lessons .Download slides and watch offline All courses HINDI Relative Motion (Hindi) Kinematics: Relative Motion Rain Drop and Boat River Proble.. 5.0 (5 ratings) Kumar Ketan Kumar Ketan


  3. CRAs4 Physics course for IIT JEE Kinematics & Dynamics 1D Non-Accelerated Motion 1D Accelerated Motion Force Frictional Force Newton's Law of Motion Relative Motion


  4. Steps to find the relative velocity Let the object be moving with velocity V1 andthe observer be moving with velocity v2. To find the relative velocity of object with respect to observer follow the following steps-


  5. (i) Reverse the velocity of the observer. (ii) Superimpose the velocity of object upon reverse velocity of observer. So we obtain Vr V1-V2 (iii) Resultant velocity will be the relative velocity That is


  6. Two particles start from rest simultaneously and are equally accelerated. Throughout the motion, the relative velocity of one with respect to other is: (A)zero (B) non zero and directed parallel-to acceleration (C) non zero and directed opposite to acceleration (D) directed perpendicular to the acceleration


  7. They will have the same velocity at all t instants and hence their relative velocity is zero


  8. Two particles are moving with velocities v1 and v2 Their relative velocity is the maximum, when th angle between their velocities is: (A)Zero (B)n/4 (C)T/2 (D)


  9. When the particles, move in opposite directions, relative velocity is Vi+ V2


  10. Two particles P1 and P2 are moving with velocities v and v2 respectively. Which of the statement about the relative velocity Vr12 is true? (A)Vr12 cannot be greater than vi+V2 (B) Vr12 cannot be greater than vr-V2 (C) Vr12 > (Vi + V2) r12


  11. The relative velocity of a particle moving with a velocity v, with respect to itself is: (A)Zero (C) -v (B) v (D) none of the above