A body starts from the rest and is in a uniformly accelerated motion. The coordinates of the endpoint of its graph are (x, y). Which of the following is the correct formula for the displacement of the body?

The following data table represents which kind of motion?

The v-t graph of a moving body is a straight line with a non-zero slope. Which of the following cannot be true about the motion of the body?

The slope of the v-t graph of a moving body is constant and negative everywhere. The body is most likely to be in ____.

The acceleration of section B is ____.

The v-t graph of a body is a straight line with a positive slope. Which of the following is true about the body’s motion?
a. It is in a uniform motion
b.Its velocity is constant
c. Its velocity increases by equal amounts in equal intervals of time.
d. Its velocity decreases by equal amounts in equal intervals of time.

The displacement of section B is ____ m.

The displacement of the body in section A is ____ m.

The graph of the following data will be a _____.

The acceleration of section A is ____ m/s².

A body starts from the origin and is in a uniformly accelerated motion. The coordinates of a point on its graph are (x,y). Which of the following is the correct formula for the acceleration of the body?

The following data table represents which kind of motion?

The v-t graph of a moving body is curved. Which of the following cannot be true about the motion of the body?

When can we say that a body is in a uniformly decelerated motion?

The acceleration of a body can be calculated from the v-t graph of a body by ____.

The slope of the v-t graph of a body keeps increasing with time. The body is in a ____.

As the body in a v-t graph is speeding up with equal acceleration at equal intervals of time, the body is said to be in uniformly accelerated motion.