The car is originally at rest. It then increases its speed at v˙ = (0.

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The car is originally at rest. It then increases its speed at v˙ = (0.05 t2) ft/s2, where t is in seconds. Calculate the following once it has traveled a tenth of a mile: a. The tangential and normal components of its velocity and acceleration b. The ı^ and ȷ^ components of its velocity and acceleration c. The magnitudes of its velocity and acceleration

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The car is originally at rest. It then increases its speed at $\dot{v} = (0.05 t^{2}) f t / s^{2}$ , where $t$ is in seconds. Calculate the following once it has traveled a tenth of a mile: a. The tangential and normal components of its velocity and acceleration b. The $\hat{ı}$ and $\hat{ȷ}$ components of its velocity and acceleration c. The magnitudes of its velocity and acceleration