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I have a problem to solve and I got stuck. The question is: Having a vehicle that weighs $m$ that can move at variable speed but with maximum acceleration of $a_1$ and minimum deceleration of $a_2$ calculate the minimum time to cover distance $\ell$.

I need some pointers or a link, please and thank you.

I have a problem to solve and I got stack. The question is: Having a vehicle that weighs $m$ that can move at variable speed but with maximum acceleration of $a_1$ and minimum deceleration of $a_2$ calculate the minimum time to cover distance $\ell$. The starting and ending speed should be zero.

I need some pointers or a link, please and thank you.

I have a problem to solve and I got stack. The question is: Having a vehicle that weighs $m$ that can move at variable speed but with maximum acceleration of $a_1$ and minimum deceleration of $a_2$ calculate the minimum time to cover distance $\ell$.

I need some pointers or a link, please and thank you.

I have a problem to solve and I got stuck. The question is: Having a vehicle that weighs $m$ that can move at variable speed but with maximum acceleration of $a_1$ and minimum deceleration of $a_2$ calculate the minimum time to cover distance $\ell$.

I need some pointers or a link, please and thank you.

I have a problem to solve and I got stack. The question is: Having a vehicle that weighs m that can move at variable speed but with maximum acceleration of a1 and minimum deceleration of a2 calculate the minimum time to cover distance L.

I need some pointers or a link, please and thank you.

I have a problem to solve and I got stack. The question is: Having a vehicle that weighs $m$ that can move at variable speed but with maximum acceleration of $a_1$ and minimum deceleration of $a_2$ calculate the minimum time to cover distance $\ell$.

I need some pointers or a link, please and thank you.