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The position of a particle at time \(t\) is given by \(\vec{…

The position of a particle at time \(t\) is given by \(\vec{r}(t)=2e^{2t}\vec{i}+3t^2\vec{j}\). What is the acceleration at \(t=0\)? Enter the x- component of the acceleration in the first answer box and y-component in the second answer box below without spaces, brackets or parentheses. The standard basis vectors have already been included next to the answer boxes. \(\vec{a}(0)\) = \(\vec{i}\) + \(\vec{j}\)