An object’s velocity increases by equal amounts in equal intervals of time. It is in _____.

In uniformly accelerated motion the object's velocity increases by equal amounts at equal intervals of time.

Mira plotted a s-t graph of her car journey by collecting data during a drive. She started from rest and slowly increased her velocity until it reached a particular value. Then she maintained a uniform motion. Lastly, she slowed down gradually to bring the car to a stop. Which of the following graphs would resemble the graph plotted by Mira?

 

The s-t graph of a car is shown in the figure below. Choose the option that shows the right ascending order of the magnitudes of velocities that the car had throughout its motion.

The slope of the s-t graph of a ball dropped from the top of a building ____ as we move towards the right.

The s-t graph of a car is shown in the figure below. In which of the sections was the car slowest

The total distance covered by the body whose s-t graph is shown below is ____m.

The s-t graph of a person’s journey is shown in the figure below. Calculate the highest magnitude of velocity of the person.

The s-t graph of a person’s journey is shown in the figure below. Identify the section in which the person was moving at the fastest pace.

The s-t graph of a car’s journey is shown in the figure below. The car stops for some time at a mall. How long did the car stop?

Which part of the graph shows the body returning to its initial point?

A body is traveling at a uniformly increasing velocity. The slope of its s-t graph _____.

The slope of the position-time graph is straight.

Mayo plotted a s-t graph of his motion, which is given below. Which of the following is a wrong inference from the graph?

Which of the following is false about the graph shown below?

Which of the following is true for the sections A and C of the graph shown below?

The s-t graph of an athlete’s motion is given below. The total distance covered is ______ km.