The position of a particle is given by r ⃗=2t^2 i ̂+3t j ̂+4k ̂ where t is in second

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The position vector of a particle is given by r ⃗=3t i ̂-2t^2 j ̂+4k ̂ where t is in second The position vector of a particle is given by r ⃗=3t i ̂-2t^2 j ̂+4k ̂ where t is in second
The position of a particle is given by r ⃗=3t i ̂+2t^2 j ̂+8k ̂ where, t is in seconds The position of a particle is given by r ⃗=3t i ̂+2t^2 j ̂+8k ̂ where, t is in seconds
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
The position of a particle is given by r ⃗=3t i ̂+2t^2 j ̂+5 k ̂ where t is in seconds The position of a particle is given by r ⃗=3t i ̂+2t^2 j ̂+5 k ̂ where t is in seconds
The position of a particle is expressed as r ⃗=(4t^2 i ̂+2t j ̂)m, where t is time in second. The position of a particle is expressed as r ⃗=(4t^2 i ̂+2t j ̂)m, where t is time in second.
Position vector of a particle is given as `r = 2t hati +3t^(2) hatj` where t is in second and Position vector of a particle is given as `r = 2t hati +3t^(2) hatj` where t is in second and
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 by the vector r ⃗ = 3.0t i ̂ - 2.0t^2 j ̂ + 4.0 k ̂ m The position of a particle is given by the vector r ⃗ = 3.0t i ̂ - 2.0t^2 j ̂ + 4.0 k ̂ m