Draw the displacement-time graph for the values given below. Displacement after $1 s, 2 s, 3 s a n d 4 s$ are $5 m, 10 m, 15 m a n d 20 m$ respectively. [2 MARKS]

Open in App

Solution

Correct Graph : 1 Mark
Plotted Points : 1 Mark

Note the slope of Displacement-time graph is constant.

From the graph, you can find the displacement for any given time or the time for a given displacement. The velocity is given by the gradient of the graph,

therefore, V = $\frac{P Q}{O Q}$

Suggest Corrections

Similar questions

Draw the displacement-time graph for the values given below. Displacement after $1 s, 2 s, 3 s a n d 4 s$ are $5 m, 10 m, 15 m a n d 20 m$ respectively. [2 MARKS]

Q. Below is a velocity-time graph of a body travelling along a straight line. Calculate the displacement covered by the body and acceleration of the body at t = 6 s.

Q. Velocity vs displacement graph for a body is shown in the figure.

Find the acceleration of body when it's displacement is

10 m

, considering

1 D

motion along a straight line.

Q. The displacement is given by

x = 2 t^{2} + t + 5

m

, the acceleration at

t = 5 s

will be

Q. The displacement of the particle is given by

x = 3 t^{2} + 2 t

m

. The average speed of the particle in

4 sec

Join BYJU'S Learning Program

Draw the displacement-time graph for the values given below. Displacement after 1 s,2 s,3 s and 4 s are 5 m,10 m,15 m and 20 m respectively. [2 MARKS]

Correct Graph : 1 Mark Plotted Points : 1 Mark Note the slope of Displacement-time graph is constant. From the graph, you can find the displacement for any given time or the time for a given displacement. The velocity is given by the gradient of the graph, therefore, V = PQOQ

Draw the displacement-time graph for the values given below. Displacement after $1 s, 2 s, 3 s a n d 4 s$ are $5 m, 10 m, 15 m a n d 20 m$ respectively. [2 MARKS]

Correct Graph : 1 Mark
Plotted Points : 1 Mark

Note the slope of Displacement-time graph is constant.

From the graph, you can find the displacement for any given time or the time for a given displacement. The velocity is given by the gradient of the graph,

therefore, V = $\frac{P Q}{O Q}$