Given along-side is the distance-time graph of the body. With the help of this graph, plot the speed-time graph of the body.

figure

Open in App

Solution

Given:
Distance covered by body in 20 secs = 40 m

Speed = $\frac{Distance travelled}{Time taken}$ = $\frac{40 m}{20 \sec}$ = $\frac{2 m}{1 \sec}$

Therefore, the speed of the body is 2 m/sec.

Hence, the speed-time graph of the body can be plotted as shown:

Suggest Corrections

Similar questions

Q. For velocity – time graph of given figure

The acceleration – time graph of the motion of the body is

Q. The acceleration-time graph of a body is shown in the figure. Its velocity-time graph can be given as

For a body performing motion with uniform speed, the distance-time graph is:

Draw a velocity-time graph for a body moving with an initial velocity u and uniform acceleration a.Use this graph to find the distance travelled by the body in time t.

Q. The displacement-time graph of a moving body is given below.
Which of the following graphs would represent the velocity-time graph of the moving body?

Join BYJU'S Learning Program

Given along-side is the distance-time graph of the body. With the help of this graph, plot the speed-time graph of the body. figure

Given: Distance covered by body in 20 secs = 40 m Speed = Distance travelledTime taken = 40 m20 sec = 2 m1 sec Therefore, the speed of the body is 2 m/sec. Hence, the speed-time graph of the body can be plotted as shown:

Given along-side is the distance-time graph of the body. With the help of this graph, plot the speed-time graph of the body.

figure

Given:
Distance covered by body in 20 secs = 40 m

Speed = $\frac{Distance travelled}{Time taken}$ = $\frac{40 m}{20 \sec}$ = $\frac{2 m}{1 \sec}$

Therefore, the speed of the body is 2 m/sec.

Hence, the speed-time graph of the body can be plotted as shown: