If the speedometer(in km/h) of a bike riding along a straight road varies with time as given \(V(t) = 3t^2\)
What will be the distance it has covered after time t = 2 hr?
If the speedometer(in km/h) of a bike riding along a straight road varies with time as given V(t)=3t2
If the speedometer of a bike riding along a straight road varies with time as given v(t)=(t+3)2+t2 What will be its accelaration at time t = 1s.
A simple pendulum attached to the ceiling of a stationary lift has a time period T. The distance y covered by the lift moving upwards varies with time t as y=t2 where y is in metre and t in second. If g=10ms−2, the time period of the pendulum will be
A bike is moving on a straight road. Its position v/s time graph is shown below. After 80 minutes, what is the distance covered and displacement for the whole journey?