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Two particles P and Q are located at distances rP and rQ respectively from the centre of a rotating dise such that r P > r Q
  • a)
    Both P and Q have the same acceleration
  • b)
    Both P and Q don't have any acceleration
  • c)
    P has greater acceleration than Q
  • d)
    Q has greater acceleration than P
Correct answer is option 'C'. Can you explain this answer?
Verified Answer
Two particles P and Q are located at distances rP and rQ respectively ...
As the objects are not moving their
Tangential Acceleration = rα -(1)
Now, you can estimate from (1) that who will be having greater acceleration.

*Note that I am not considering Normal acceleration as centrifugal acceleration is balancing it.

So, the answer will be option (C)

i.e. P has greater acceleration as compared to Q because rP>rQ (P will have greater tangential acceleration than Q)
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Most Upvoted Answer
Two particles P and Q are located at distances rP and rQ respectively ...
As the objects are not moving their
Tangential Acceleration = rα -(1)
Now, you can estimate from (1) that who will be having greater acceleration.

*Note that I am not considering Normal acceleration as centrifugal acceleration is balancing it.

So, the answer will be option (C)

i.e. P has greater acceleration as compared to Q because rp>rq (P will have greater tangential acceleration than Q)
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Community Answer
Two particles P and Q are located at distances rP and rQ respectively ...
As the objects are not moving their
Tangential Acceleration = rα -(1)
Now, you can estimate from (1) that who will be having greater acceleration.

*Note that I am not considering Normal acceleration as centrifugal acceleration is balancing it.

So, the answer will be option (C)

i.e. P has greater acceleration as compared to Q because rP>rQ (P will have greater tangential acceleration than Q)
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Two particles P and Q are located at distances rP and rQ respectively from the centre of a rotating dise such that r P > r Qa)Both P and Q have the same accelerationb)Both P and Q don't have any accelerationc)P has greater acceleration than Qd)Q has greater acceleration than PCorrect answer is option 'C'. Can you explain this answer?
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