The position of of a particle is given by `vec r =3.0 t hat I + 2.0 t^(2) hat j+ 5.0 hat k` wher (t)

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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 ` vec r= 3.0 t hat i - 2.0 t^2 hat j + 4.0 hat k m`, wher... The position of a particle is given by ` vec r= 3.0 t hat i - 2.0 t^2 hat j + 4.0 hat k m`, wher...
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
The position of a particle is given by \[\vec{r}=3.0 t \hat{i}-2.0 t^{2} \hat{j}+4.0 \hat{k} \ma... The position of a particle is given by \[\vec{r}=3.0 t \hat{i}-2.0 t^{2} \hat{j}+4.0 \hat{k} \ma...
The position of a particle is given byr-3.0t i-2.0t^2j+4.0 kmwhere t is in seconds and the The position of a particle is given byr-3.0t i-2.0t^2j+4.0 kmwhere t is in seconds and the
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
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 \( \vec{r}=3 t \hat{i}+2 t^{2} \hat{j}+5 \hat{k} \), wher.... The position of a particle is given by \( \vec{r}=3 t \hat{i}+2 t^{2} \hat{j}+5 \hat{k} \), wher....