Scalar quantities are completely described by their.

Gravitational acceleration for bodies falling down freely is

Gravitational acceleration is acceleration of bodies

Flying speed of a falcon is

A stone is dropped from top of a building which is 180 metres high. If stone hits ground after 6 seconds, its final velocity will be.

If object is at rest then distance-time graph is

Velocity with which a paratrooper comes to ground is called

In a graph, in which time is taken along X-axis and speed is taken along Y-axis is called

If a body does changes its position with respect to its surroundings, it is said to be at

A quantity described by magnitude and direction both is called

Motion of a butterfly is an example of

Distance covered ⁄ time taken is equal to

Total length of path is named

If a body covers equal distances in equal intervals of time however short interval may be, then it has

A bus starts from rest with acceleration of 0.5 ms⁻². If it has moved through 100 m, then its speed will be

If line of motion is curved then body exhibit

If a body doesn't rotates then its motion is

A physical quantity which can be completely described by its magnitude only is called

Gravitational acceleration for bodies moving up is

A train moves with a uniform velocity of 27 kmh⁻¹ for 15 s. distance covered by it is

Rest state and motion of body are

Velocity is rate of change of

Distorted motion of an object is

A cyclist completes half round of a circle track of radius 420 metres in 3 minutes. Its speed will be

If a body does not change its posotion with respect to its surroundings, it is said to be at

Quantities between which a graph is plotted are known as

Spinning of body about its axis is

A tennis ball hits vertically upward with velocity of 25ms⁻¹ and takes 4 s to reach highest point. Maximum height reached by ball is

Distance covered by an object in unit time is called its

Time taken by a train to slow down from 80 kmh^-1 to 20 kmh^-1 with a uniform deceleration of 2 ms^-2 is

Length of a path between 2 points is called

If velocity of a body increases with time, then its acceleration is

Types of motion are

Rate of change of velocity is called

Shortest distance between 2 points which also has direction and magnitude is termed as

In terms of velocity, symbol v_f is used for

Motion of riders in Ferris wheel is

Height of tower when stone dropped from it reaches ground in 5 s is

Negative acceleration is called

Study of motion of an object without discussing cause of motion is known as

If a body doesn't change its position with respect to its surroundings then it’s in state of

Location of a place or a point with respect to some reference point(origin) is known as

Motion of an object in a circular path is called

Reference point is taken as

If a body covers equal displacement in equal intervals of time however short interval may be, then it has

An athlete completes its 200 metre race in 25 seconds. Its average speed will be

If a body covers equal distance in equal intervals of time then its speed is

A car is moving at a speed of 36 kmh⁻¹. Its speed expresses in ms⁻¹ is

A brick is dropped from top of a building. If it hits ground after 6 seconds, height of building will be

Displacement ⁄ time taken is equal to

If body has equal changes in velocity in equal intervals of time however short interval may be, then it has

Change in velocity ⁄ time taken is equal to

Equations of motion for bodies moving with uniform acceleration are of

Mass, length, speed, work, time and energy are examples of

Motion of a baby in a swing is an example of

Rate of displacement of a body is called its

Among following scalar quantity is

Deceleration or retardation is synonyms of

A bus accelerates at 1 ms⁻² from an initial velocity of 4 ms⁻¹ for 10s. distance moved in that time will be

Disordered or irregular motion of an object is called

A motion in which a body moves along a line without any rotation is known as

In distance-time graph time is taken on

Velocity, displacement, force, momentum are examples of

Motion of a steering wheel is an example of

Quantity whose value varies with independent quantity is termed as

A physical quantity which can be completely described by its magnitude and direction is called

Numerical value with an appropriate unit is called

Acceleration of freely falling bodies is known as

To and fro motion of a body about its mean position is termed as

A spinning motion of a body about its axis is called its

Displacement is defined as

If a car is moving at 30 ms^-1 and uniformly slows down to 15 ms^-1 in 5s then its deceleration is

A vector quantity among following is

A bus moving in a straight and leveled road is in

Rate of change of distance is

Motion of Earth around Sun is an example of

If a car is traveling at 8 ms⁻¹ accelerates uniformly at 2 ms⁻², its velocity after 5 seconds will be

A train starts from rest. It acquires a speed of 25 ms⁻¹ after 20 s. total distance is

Children playing on see-saw exhibit

Rate of change of velocity of a body is called its

A passenger John is sitting in a moving car, so with respect to other passengers he is at

If velocity of a body decreases with time, then its acceleration is

If a car is moving at a velocity of 30 ms^−-1 then slows down uniformly to 20ms⁻¹ in 6s. Its retardation will be

In terms of velocity, symbol v_i is used for

Gravitational acceleration is denoted by

Third equation of motion can be represented as

Value of gravitational acceleration is approximately

Straight line motion of a body is known as

Alex is walking at rate of 2km/h towards east, it is an example of

A.

B.

C.

D.

Velocity of cyclist when he completes half round of a circular track of radius 318 m in 1.5 min is

A.

A bus starts from rest. Its velocity becomes 30 ms⁻¹ in 8s. Its acceleration will be

Quantities between which graph is plotted is called

Velocity of ball at highest point when its thrown vertically upward is

A car starts from rest. It moves through 2 km in 100 s with uniform acceleration. Its speed at end of 100 s will be

A cyclist completes half round of a circle track of radius 420 metres in 3 minutes. Its velocity will be

A passenger John is sitting in a moving car, as per an observer outside car, he is at

(Final velocity - initial velocity) is called

A ball is thrown vertically upward. Its velocity at highest point is

A straight line parallel to time-axis on a distance-time graph tells that object is

The to and fro motion of a body about its mean position is known as

By dividing displacement of a moving body with time, we obtain

A scalar has

A body covers distance 20 m in 5 seconds. Its speed will be

A ball is thrown vertically upward. Its velocity at the highest point is

If an object is moving with constant speed then its distance time graph will be a straight line

The shortest distance between two points which has magnitude and direction is called

The disordered or irregular motion of an object is called

The motion of a body about an axis is called

Tick the vector quantity

A car starts from rest. It acquires a speed of 24 ms-1 after 20 s. The distance moved by the car during this time is:

The motion of a steering wheel about its axis is a

A body has translatory motion if it moves along a

In SI units the value of 'g' is:

A change in position is called

Freely falling bodies move under the action of

Which of the following is a vector quantity?

The slope of distance time graph gives

Which of the following is a vector quantity?

If an object is moving with constant speed then its distance time graph will be a straight line

A body covers distance 20 m in 5 seconds. Its speed will be