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Q.

A particle is moving with speed v=2t2  on the circumference of circle of radius R . Match the quantities given in Column-I with corresponding results in Column-II.

Column 1Column 2
A) Magnitude of tangential acceleration of particleP) decreases with time
B) Magnitude of centripetal acceleration of particleQ) increases with time
C) Magnitude of angular speed of particle with respect to centre of circleR) remains constant
D) Value of tan θ , where θ is angle between the total acceleration vector and centripetal acceleration vector of particleS) proportional to R
 T) Inversely proportional to R
  

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a

AQ; BQ,T; CQ,T; DP,S

b

AQ; BQ,T; CQ,T; DP,T

c

AQ,T; BQ,T; CQ,T; DP

d

AQ,R; BQ,T; CQ,T; DP

answer is B.

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Detailed Solution

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v=2t2

Tangential acceleration  at=4t

Centripetal acceleration ac=v2R=4t4R

Angular speed ω=vR=2t2R

tanθ=atac=4tR4t4=Rt3

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