EASY
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The distance-time graph of an object at rest is a curved line.

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Important Questions on Measurements and Motion

HARD
In the following displacement (x) vs time (t) graph at which among P, Q and R is the object's speed increasing?

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MEDIUM
The distance travelled by a body in last two seconds of its motion in straight line is what fraction of the total distance covered in 7 seconds in the given velocity time graph?
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EASY
Which of the following options is correct for object having a straight line motion represented by the following graph?
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HARD

A body initially at rest start moving when a constant external force F is applied on it. The force F is applied for time t = 0 to time t = T. Which of the following graph represents the variation of the speed (v) of the body with time (t)

MEDIUM

The displacement-time graph of a body in motion is given as below:

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Velocity of body is ( m s-1) :

EASY

The position-time graphs for two students A and B returning from the school to their homes are shown in figure.

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(A) A lives closer to the school

(B) B lives closer to the school

(C) A takes lesser time to reach home

(D) A travels faster than B

(E) B travels faster than A

Choose the correct answer from the options given below

EASY
The area enclosed by velocity-time graph and time axis by an object moving with uniform motion represents :
EASY
The velocity-time graph of an object moving with uniform velocity is
MEDIUM
Suppose that the acceleration versus time graph of a particle that starts from rest at t=0 is as shown in the figure. 
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At what instant does the particle come to rest for the first time?
MEDIUM
Suppose that the acceleration versus time graph of a particle that starts from rest at t=0 is as shown in the figure.
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What is the total distance travelled by the particle during 30 s?
EASY
Figures given below show velocity – time curves for a moving object. Identify the one which may be realised in practice.
EASY

V2-S graph of the moving body in straight line is as shown in figure. Which among the following is not true?

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MEDIUM
Which one of the following represents uniform motion?
MEDIUM
Rennata Gas is driving through town at 25.0 m/s and begins to accelerate at a constant rate of -1.0 m/s2. Eventually Rennata comes to a complete stop.

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Use the velocity-time graph to determine this distance.
HARD
 What are the applications of velocity-time graph? Use the applications to derive the different equations of motion. 
EASY

Interpret the nature of force acting on a body whose motion is represented by the following velocity-time graph.

 

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MEDIUM

The velocity-time graph of a block moving on a horizontal surface is shown below. The mass of the block is 5 kg. What is the force acting on the block?

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EASY
In the given velocity-time graph, AB shows that the body has _____.

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HARD
Draw velocity-time graph for a uniformly accelerated object. Derive second and third equations of motion by graphical method.
EASY

Clarify the differences
Uniform and non-uniform motion