@ThePhysicsguru8793 The position vector of a particle is given by R = 4sin(2piet)i + 4cos(2piet)j

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The position vector of a particle R as function of time is given by R=4sin(2πt)i + 4cos(2πt)j whereThe position vector of a particle R as function of time is given by R=4sin(2πt)i + 4cos(2πt)j where
The position vector of a particle as a function of time is given by R=4sin(2t)i +4 cos|Re-AIPMT-2015The position vector of a particle as a function of time is given by R=4sin(2t)i +4 cos|Re-AIPMT-2015
The position vector of a particle R as a function of time is given by R = 4sin(2PIt)i + 4cos(2PIt)jThe position vector of a particle R as a function of time is given by R = 4sin(2PIt)i + 4cos(2PIt)j
If the position vector of a particle is given by r ⃗=(4 cos⁡2t ) i ̂+(4 sin⁡2t ) j ̂+(6t) k ̂ m,If the position vector of a particle is given by r ⃗=(4 cos⁡2t ) i ̂+(4 sin⁡2t ) j ̂+(6t) k ̂ m,
Ex-58 motion in a plane:if the position vector of a particle is given by r=(4cos2t)i+(4sin2t)j +(6t)Ex-58 motion in a plane:if the position vector of a particle is given by r=(4cos2t)i+(4sin2t)j +(6t)
The position vector of a particle R as a function of time is given by: R = 4 sin ( 2πt ) i + 4 cosThe position vector of a particle R as a function of time is given by: R = 4 sin ( 2πt ) i + 4 cos
The position vector of a particle R as a function of time is given by R= 4 sin(2πt)i + 4cos(2πt) jThe position vector of a particle R as a function of time is given by R= 4 sin(2πt)i + 4cos(2πt) j
The position vector of a particle R as a function of time is given by R= 4sin(2πt) .... #neet2015The position vector of a particle R as a function of time is given by R= 4sin(2πt) .... #neet2015