science

Grade-11

Easy

Question

Quantities that have only magnitude but not direction are

Scalar
Vector
Tensor
None of the above

hint Hint:

Scalar

The correct answer is: Scalar

Quantities that have only magnitude but not direction are scaler.they can only be described by their numerical values and not by direction.

Scaler quantities are those quantities that can be determined by magnitude and not by direction. These can be determined only by numerical value and not direction

The velocity of a person on the boat is 6m/s, and the velocity of the river is 8m/s.
Find the velocity of the person with respect to the river.

scienceGrade-11

Grade-11

science

If a body is moved to a displacement of 8 m in 4 s. Find the velocity of the body.

scienceGrade-11

Grade-11

science

A man is walking in the rain with the speed of 6 m/s in the west direction, and it is raining vertically downwards with the speed of 3 m/s. Find the direction of the person umbrella so that the rain doesn't wet him.

scienceGrade-11

Grade-11

science

A man is walking in the rain with the speed of 4 m/s in the west direction, and it is raining vertically downwards with the speed of 4 m/s. Find the direction of the person’s umbrella so that the rain does not wet him.

scienceGrade-11

Grade-11

science

The velocity of a person on the boat is 6 m/s, and the river's velocity is 9 m/s.

scienceGrade-11

Grade-11

science

If the aeroplane's velocity is 20 m/s, the distance from the initial to the final point is 1200 m. Find the time taken by the aircraft to reach the destination

scienceGrade-11

Grade-11

science

Two persons A, B are in the lift. To B, A appears in rest. Then, B must be ____

As both the persons are moving with same velocity in the same directions, they both would appear to be at rest to each other.

Two persons A, B are in the lift. To B, A appears in rest. Then, B must be ____

scienceGrade-11

As both the persons are moving with same velocity in the same directions, they both would appear to be at rest to each other.

Grade-11

science

If the velocity of the aeroplane is 20 m /s, the distance from the initial to the final point is 2300 m. Find the time taken by the aircraft to reach the destination.

1 hr 55 mins equals 115 minutes

If the velocity of the aeroplane is 20 m /s, the distance from the initial to the final point is 2300 m. Find the time taken by the aircraft to reach the destination.

scienceGrade-11

1 hr 55 mins equals 115 minutes

Grade-11

science

The unit of time in CGS system and SI system is

scienceGrade-11

Grade-11

science

If a car is moving to 400 m/s North , and 300 m/s East. What is the relative velocity?

scienceGrade-11

Grade-11

science

If a car is moving to 200 m/s north and 400 m/s south. What is the relative velocity?

scienceGrade-11

Grade-11

science

If the river's width is 10 m and the angle of the drift is 60 degrees, the velocity of the person on the boat concerning the river is 4 m/s. Find the time taken by to cross the river.

scienceGrade-11

Grade-11

science

If the river's width is 4 m and the angle of the drift is 30 degrees, the velocity of the person on the boat concerning the river is 3 m/s. Find the time taken to cross the river.

scienceGrade-11

Grade-11

science

Let us consider two cars, A and B, are moving with constant acceleration 4 m/s² and constant velocity 6 m/s with t = 0 s, both cars are 20 m apart, car A is behind car B, find the time when car A overtakes car B.

scienceGrade-11

Grade-11

science

Let us consider two cars, A and B, are moving with a constant acceleration of 2 m/ s² and a constant velocity of 3 m/s with t=0 s. Bo the cars are 12 m apart, car A is behind car B. Find the time when car A overtakes car B.

scienceGrade-11

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Can’t find what you’re looking for?

Quantities that have only magnitude but not direction are

ScalarVectorTensorNone of the above

Scalar

The correct answer is: Scalar

Quantities that have only magnitude but not direction are scaler.they can only be described by their numerical values and not by direction.

Related Questions to study

The velocity of a person on the boat is 6m/s, and the velocity of the river is 8m/s.Find the velocity of the person with respect to the river.

The velocity of a person on the boat is 6m/s, and the velocity of the river is 8m/s.Find the velocity of the person with respect to the river.

If a body is moved to a displacement of 8 m in 4 s. Find the velocity of the body.

If a body is moved to a displacement of 8 m in 4 s. Find the velocity of the body.

A man is walking in the rain with the speed of 6 m/s in the west direction, and it is raining vertically downwards with the speed of 3 m/s. Find the direction of the person umbrella so that the rain doesn't wet him.

A man is walking in the rain with the speed of 6 m/s in the west direction, and it is raining vertically downwards with the speed of 3 m/s. Find the direction of the person umbrella so that the rain doesn't wet him.

A man is walking in the rain with the speed of 4 m/s in the west direction, and it is raining vertically downwards with the speed of 4 m/s. Find the direction of the person’s umbrella so that the rain does not wet him.

A man is walking in the rain with the speed of 4 m/s in the west direction, and it is raining vertically downwards with the speed of 4 m/s. Find the direction of the person’s umbrella so that the rain does not wet him.

The velocity of a person on the boat is 6 m/s, and the river's velocity is 9 m/s.

The velocity of a person on the boat is 6 m/s, and the river's velocity is 9 m/s.

If the aeroplane's velocity is 20 m/s, the distance from the initial to the final point is 1200 m. Find the time taken by the aircraft to reach the destination

If the aeroplane's velocity is 20 m/s, the distance from the initial to the final point is 1200 m. Find the time taken by the aircraft to reach the destination

Two persons A, B are in the lift. To B, A appears in rest. Then, B must be ____

Two persons A, B are in the lift. To B, A appears in rest. Then, B must be ____

If the velocity of the aeroplane is 20 m /s, the distance from the initial to the final point is 2300 m. Find the time taken by the aircraft to reach the destination.

If the velocity of the aeroplane is 20 m /s, the distance from the initial to the final point is 2300 m. Find the time taken by the aircraft to reach the destination.

The unit of time in CGS system and SI system is

The unit of time in CGS system and SI system is

If a car is moving to 400 m/s North , and 300 m/s East. What is the relative velocity?

If a car is moving to 400 m/s North , and 300 m/s East. What is the relative velocity?

If a car is moving to 200 m/s north and 400 m/s south. What is the relative velocity?

If a car is moving to 200 m/s north and 400 m/s south. What is the relative velocity?

If the river's width is 10 m and the angle of the drift is 60 degrees, the velocity of the person on the boat concerning the river is 4 m/s. Find the time taken by to cross the river.

If the river's width is 10 m and the angle of the drift is 60 degrees, the velocity of the person on the boat concerning the river is 4 m/s. Find the time taken by to cross the river.

If the river's width is 4 m and the angle of the drift is 30 degrees, the velocity of the person on the boat concerning the river is 3 m/s. Find the time taken to cross the river.

If the river's width is 4 m and the angle of the drift is 30 degrees, the velocity of the person on the boat concerning the river is 3 m/s. Find the time taken to cross the river.

Let us consider two cars, A and B, are moving with constant acceleration 4 m/s2 and constant velocity 6 m/s with t = 0 s, both cars are 20 m apart, car A is behind car B, find the time when car A overtakes car B.

Let us consider two cars, A and B, are moving with constant acceleration 4 m/s2 and constant velocity 6 m/s with t = 0 s, both cars are 20 m apart, car A is behind car B, find the time when car A overtakes car B.

Let us consider two cars, A and B, are moving with a constant acceleration of 2 m/ s2 and a constant velocity of 3 m/s with t=0 s. Bo the cars are 12 m apart, car A is behind car B. Find the time when car A overtakes car B.

Let us consider two cars, A and B, are moving with a constant acceleration of 2 m/ s2 and a constant velocity of 3 m/s with t=0 s. Bo the cars are 12 m apart, car A is behind car B. Find the time when car A overtakes car B.

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Scalar
Vector
Tensor
None of the above

The velocity of a person on the boat is 6m/s, and the velocity of the river is 8m/s.
Find the velocity of the person with respect to the river.

The velocity of a person on the boat is 6m/s, and the velocity of the river is 8m/s.
Find the velocity of the person with respect to the river.

Let us consider two cars, A and B, are moving with constant acceleration 4 m/s² and constant velocity 6 m/s with t = 0 s, both cars are 20 m apart, car A is behind car B, find the time when car A overtakes car B.

Let us consider two cars, A and B, are moving with constant acceleration 4 m/s² and constant velocity 6 m/s with t = 0 s, both cars are 20 m apart, car A is behind car B, find the time when car A overtakes car B.

Let us consider two cars, A and B, are moving with a constant acceleration of 2 m/ s² and a constant velocity of 3 m/s with t=0 s. Bo the cars are 12 m apart, car A is behind car B. Find the time when car A overtakes car B.

Let us consider two cars, A and B, are moving with a constant acceleration of 2 m/ s² and a constant velocity of 3 m/s with t=0 s. Bo the cars are 12 m apart, car A is behind car B. Find the time when car A overtakes car B.