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Q.

If  a particle is moving on a curved path, the component of acceleration in the direction of velocity is tangential acceleration , while the component of acceleration perpendicular to velocity is normal or centripetal  acceleration . A particle is moving on a curved path. Its acceleration and velocity at point P is (i^+2j^2k^)ms2and(i^+2j^+2k^)ms1 . Choose the correct option

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a

The normal acceleration at point P is 4/3ms2

b

The tangential acceleration at point P is  653ms2

c

The normal acceleration at point P is  653ms2

d

The tangential acceleration at point P is 4/3ms2

answer is A, C.

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Detailed Solution

a.v=|a||v|cosθ

cosθ=a.v|a||v|
here θ= angle  between acceleration a and velocity v

The magnitude of acceleration is=|a|=1+4+4=3ms2

The tangential acceleration is at=acosθ=3×49=43ms2

and  normal  acceleration is an=asinθ=31cos2θ=31cos2θ=311681=3965=653ms2       

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