The position of a particle is given by r(t) = 4t i + 2t2j + 5 k where t is in seconds and r in metre

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Ex-57 motion in a plane : The position of a particle is given by r= 3t i + 2t²+5k where t is in seco Ex-57 motion in a plane : The position of a particle is given by r= 3t i + 2t²+5k where t is in seco
The position of a particle is given byr→(t)=4ti^+2t2j^-5k^where \(t\) is in seconds and \(.... The position of a particle is given byr→(t)=4ti^+2t2j^-5k^where \(t\) is in seconds and \(....
The position of a particle is r(t) = 4t i ̂ + 2t2 j ̂ + 5 k ̂ where t is in seconds and r in metre The position of a particle is r(t) = 4t i ̂ + 2t2 j ̂ + 5 k ̂ where t is in seconds and r in metre
The position of a particle is given byr=3.0ti+2.0t^2j+5.0kwhere t is in seconds and the coefficient The position of a particle is given byr=3.0ti+2.0t^2j+5.0kwhere t is in seconds and the coefficient
#neet2025 The position of a particle is given by r(t)= 4ti+2t²j+5k where t is in seconds and r is in #neet2025 The position of a particle is given by r(t)= 4ti+2t²j+5k where t is in seconds and r is in
The position of a particle given by r = 3.0t i + 2.0t2j + 5.0 k where t is in seconds and the coeffi The position of a particle given by r = 3.0t i + 2.0t2j + 5.0 k where t is in seconds and the coeffi
The position of a particle is given by r⃗=3 t î+2 t^2ĵ+5 k̂, where t is in seconds and the coeffi... The position of a particle is given by r⃗=3 t î+2 t^2ĵ+5 k̂, where t is in seconds and the coeffi...
The position of a particle is given by r = (3.0 t i - 2.0 t² j - 4.0 k ) m where t is in seconds and The position of a particle is given by r = (3.0 t i - 2.0 t² j - 4.0 k ) m where t is in seconds and