The displacement – time graph is shown below

From the graph match the following given below
List - A List - B
i) Velocity along AB (A) 1.25 ms^–1
ii) Velocity along DE (B) Zero
iii) Average velocity along CE (C) -7.5 ms^–1 (D) 2.1ms^–1

The displacement – time graph shown below.

From the graph the velocity between 4s to 6s is _____________

Diagram shows a velocity time graph for a car starting from rest, the graph has three sections AB, BC and CD.

The ratio of distance along AB and BC is

Refer Figure, the ratio of speed in first two seconds to the speed in the next 4 seconds is

The figure given here shows the velocity-time graph of a one-dimensional motion. Which of the following characteristics of the particle is represented by the shaded area ?

Figure shows the displacement (s) - time (t) graph of a particle moving on the X–axis.

Which is correct given below?

The figure give below shows the displacement time curve of the particle p and Q. Which following statements is correct.

The velocity-time graph of a certain body is shown in the following graph. The path of the graph that shows deceleration of the body is

The displacement-time graph of a body is shown in the figure. The part of the graph that represent the body at rest is

The magnitude of acceleration due to gravity upon.

When a body fall freely under the gravity. The final velocity of body will be

The relation ''less than'' in the set of natural number is

Hence, the relation is only transitive.

The relation R defined in A = {1, 2, 3} by a Which of the following is false-

Hence, Range of R = {5} is the wrong option.

Let R be a relation defined in the set of real numbers by a R b 1 + ab > 0. Then R is-

Therefore, the given relation R is symmetric.

A and B are two sets having 3 and 4 elements respectively and having 2 elements in common. The number of relation which can be defined from A to B is

Therefore, the number of relations which can be defined from A to B are ..

Let L denote the set of all straight lines in a plane. Let a relation R be defined by Then R is-

Hence, the relation R is symmetric.