Physics, asked by Anonymous, 2 months ago

The velocity-time graph of a body is shown below. The displacement of the body in
first 10 s is

Attachments:

Answers

Answered by Sayantana
12

Answer:

Concept:

》area of velocity-time graph gives displacement

Solution:

》mark the area between the velocity and time upto 10secs.

》area formed is of rectangle.

area of rectangle = \bf{length×breadth}

》area = velocity × time

displacement = 15\bf{ms^-1} × 10s

displacement = 150m

▪︎▪︎so,(d) option is the correct answer.

______________________________

hope it helps!

Answered by archanajhaasl
0

Answer:

The displacement of the body in the first 10 s is 150 m.

Explanation:

  • The term "displacement" refers to a shift in an object's position. It is a vector quantity with a magnitude and direction.
  • The area under the velocity time graph gives the displacement of the body in the given time period.

                    \mathrm{Area=Displacement=velocity\times time}       (1)

Here,

The velocity of the body on the y-axis is=15m/s

The during which motion of the body ocuurs=10 seconds

By interesting the entities in equation (1) we get;

\mathrm{Displacement=15\times 10=150\ m}

So, the displacement of the body in the first 10 s is 150 m.

#SPJ3

Similar questions