Mike is driving his car with an initial velocity of 6 ms${}^{-1}$ and constant acceleration of 3 ms${}^{-2}$. Calculate his displacement after 3 seconds.

Q. Mike is driving his car with an initial velocity of 6 ms${}^{-1}$ and constant acceleration of 3 ms${}^{-2}$. Calculate his final velocity after 3 seconds.

Q. Mike is driving his car with an initial velocity of ‘u’ ms${}^{-1}$ and constant acceleration of ‘a’ ms${}^{-2}$ to attain a final velocity of ‘v’ ms${}^{-1}$. Can we calculate his displacement without knowing the time?

Q. Mike is driving his car with an initial velocity of <!--td {border: 1px solid #ccc;}br {mso-data-placement:same-cell;}--> $6m{s}^{-1}$ and constant​ acceleration of $3m{s}^{-2}$. Calculate his final velocity after 3 s.

Q. Mike is driving his brand-new car. Draw the velocity-time graph of its motion if it accelerated uniformly with a ms${}^{-2}$ for t seconds with an initial velocity of u ms${}^{-1}$.

Q. Mike is driving his car with a constant speed of 6 ms${}^{-1}$. At 9 m away, suddenly a dog comes on his way, and he immediately applies the brakes to avoid the accident. What was the deceleration with which the car came to rest?