The figure shows the angular velocity versus time graph of a flywheel. The angle, in radians through which the flywheel turns during 25 s is

Velocity versus time graph of a body is shown in figure. It explains that

Velocity versus time graph of a body is shown in figure. It explains that

Velocity versus time graph of a body is shown in figure. It explains that

Figure shows a velocity-time graph. This shows that.

A wheel starts from rest and attains an angular velocity of 20 radian/s after being uniformly accelerated for 10 s. The total angle in radian through which it has turned in 10 second is

A wheel starts from rest and attains an angular velocity of 20 radian/s after being uniformly accelerated for 10 s. The total angle in radian through which it has turned in 10 second is

Figure shows some velocity versus time graphs : , , , Only some of these can be realised in practice.These are:

Figure gives the velocity-time graph. This shows that the body is.

The graph below shws the velocity versus time graph for a body Which of the following graph represents the corresponding acceleration v//s time graph?

The graph below shws the velocity versus time graph for a body Which of the following graph represents the corresponding acceleration v//s time graph?