Which of the following quantities is not a vector quantity? a. velocity b. acceleration c. mass d. force

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Answer 1

Textbook Question

Chapter 2, Problem 1MC

Which of the following quantities is not a vector quantity?

a. velocity
b. acceleration
c. mass
d. force

Expert Solution & Answer

To determine

The quantities which are not vectors.

Answer to Problem 1MC

Option (c) mass.

Explanation of Solution

Physical quantities can be of two categories, scalars and vectors.

Scalars are those quantities that can be defined fully using their magnitudes. These quantities does not require direction. Few of the examples of scalar quantities are speed, volume and temperature.

Vectors require both magnitude and direction of the quantity to describe it completely. Vector can be represented using an arrow showing the direction of the quantity and the length of the arrow is proportional to the quantity’s magnitude. The examples of vectors include momentum, displacement and electric field.

Conclusion:

The quantity, mass, can be explained completely using just the magnitude of the quantity. So, mass is not a vector quantity. Thus, option (c) is correct.

Velocity has both magnitude and direction. Thus, velocity is a vector quantity. Thus, option (a) is incorrect.

Acceleration needs both magnitude and direction in order to give its complete meaning. Thus, velocity is a vector quantity. Thus, option (b) is incorrect.

Force is a physical quantity with both magnitude and direction. So, force is a vector quantity. Thus, option (d) is incorrect.

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Students have asked these similar questions

The change in motion an object experiences is a. independent of the forces acting on it. b. directly proportional to its mass and size. c. related to the original direction in which it was heading. d. proportional to the force acting on it and in the direction of the force. e. equal and opposite to its original direction of motion.

1. Draw a vector to represent each of the following physical quantities. Choose an appropriate coordinate system. a. A displacement of 40 km in the negative y-direction. b. A velocity of 30 m/s at 5° below the negative x-axis. C. An acceleration of 5 m/s² due east. d. A force of 30 N at 15° south of west.

1. Give a real world example of the following. A. Something that can be modeled as a vector. B. Something that can be modeled as a scaler.

Answer 2

Textbook Question

Chapter 2, Problem 1MC

Which of the following quantities is not a vector quantity?

a. velocity
b. acceleration
c. mass
d. force

Expert Solution & Answer

To determine

The quantities which are not vectors.

Answer to Problem 1MC

Option (c) mass.

Explanation of Solution

Physical quantities can be of two categories, scalars and vectors.

Scalars are those quantities that can be defined fully using their magnitudes. These quantities does not require direction. Few of the examples of scalar quantities are speed, volume and temperature.

Vectors require both magnitude and direction of the quantity to describe it completely. Vector can be represented using an arrow showing the direction of the quantity and the length of the arrow is proportional to the quantity’s magnitude. The examples of vectors include momentum, displacement and electric field.

Conclusion:

The quantity, mass, can be explained completely using just the magnitude of the quantity. So, mass is not a vector quantity. Thus, option (c) is correct.

Velocity has both magnitude and direction. Thus, velocity is a vector quantity. Thus, option (a) is incorrect.

Acceleration needs both magnitude and direction in order to give its complete meaning. Thus, velocity is a vector quantity. Thus, option (b) is incorrect.

Force is a physical quantity with both magnitude and direction. So, force is a vector quantity. Thus, option (d) is incorrect.

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Answer 3

Textbook Question

Chapter 2, Problem 1MC

Which of the following quantities is not a vector quantity?

a. velocity
b. acceleration
c. mass
d. force

Expert Solution & Answer

To determine

The quantities which are not vectors.

Answer to Problem 1MC

Option (c) mass.

Explanation of Solution

Physical quantities can be of two categories, scalars and vectors.

Scalars are those quantities that can be defined fully using their magnitudes. These quantities does not require direction. Few of the examples of scalar quantities are speed, volume and temperature.

Vectors require both magnitude and direction of the quantity to describe it completely. Vector can be represented using an arrow showing the direction of the quantity and the length of the arrow is proportional to the quantity’s magnitude. The examples of vectors include momentum, displacement and electric field.

Conclusion:

The quantity, mass, can be explained completely using just the magnitude of the quantity. So, mass is not a vector quantity. Thus, option (c) is correct.

Velocity has both magnitude and direction. Thus, velocity is a vector quantity. Thus, option (a) is incorrect.

Acceleration needs both magnitude and direction in order to give its complete meaning. Thus, velocity is a vector quantity. Thus, option (b) is incorrect.

Force is a physical quantity with both magnitude and direction. So, force is a vector quantity. Thus, option (d) is incorrect.

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Answer 4

Textbook Question

Chapter 2, Problem 1MC

Which of the following quantities is not a vector quantity?

a. velocity
b. acceleration
c. mass
d. force

Expert Solution & Answer

To determine

The quantities which are not vectors.

Answer to Problem 1MC

Option (c) mass.

Explanation of Solution

Physical quantities can be of two categories, scalars and vectors.

Scalars are those quantities that can be defined fully using their magnitudes. These quantities does not require direction. Few of the examples of scalar quantities are speed, volume and temperature.

Vectors require both magnitude and direction of the quantity to describe it completely. Vector can be represented using an arrow showing the direction of the quantity and the length of the arrow is proportional to the quantity’s magnitude. The examples of vectors include momentum, displacement and electric field.

Conclusion:

The quantity, mass, can be explained completely using just the magnitude of the quantity. So, mass is not a vector quantity. Thus, option (c) is correct.

Velocity has both magnitude and direction. Thus, velocity is a vector quantity. Thus, option (a) is incorrect.

Acceleration needs both magnitude and direction in order to give its complete meaning. Thus, velocity is a vector quantity. Thus, option (b) is incorrect.

Force is a physical quantity with both magnitude and direction. So, force is a vector quantity. Thus, option (d) is incorrect.

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Answer 5

Textbook Question

Answer 6

Textbook Question

Answer 7

Expert Solution & Answer

To determine

The quantities which are not vectors.

Answer to Problem 1MC

Option (c) mass.

Explanation of Solution

Physical quantities can be of two categories, scalars and vectors.

Scalars are those quantities that can be defined fully using their magnitudes. These quantities does not require direction. Few of the examples of scalar quantities are speed, volume and temperature.

Vectors require both magnitude and direction of the quantity to describe it completely. Vector can be represented using an arrow showing the direction of the quantity and the length of the arrow is proportional to the quantity’s magnitude. The examples of vectors include momentum, displacement and electric field.

Conclusion:

The quantity, mass, can be explained completely using just the magnitude of the quantity. So, mass is not a vector quantity. Thus, option (c) is correct.

Velocity has both magnitude and direction. Thus, velocity is a vector quantity. Thus, option (a) is incorrect.

Acceleration needs both magnitude and direction in order to give its complete meaning. Thus, velocity is a vector quantity. Thus, option (b) is incorrect.

Force is a physical quantity with both magnitude and direction. So, force is a vector quantity. Thus, option (d) is incorrect.

Answer 8

Expert Solution & Answer

To determine

The quantities which are not vectors.

Answer to Problem 1MC

Option (c) mass.

Explanation of Solution

Physical quantities can be of two categories, scalars and vectors.

Scalars are those quantities that can be defined fully using their magnitudes. These quantities does not require direction. Few of the examples of scalar quantities are speed, volume and temperature.

Vectors require both magnitude and direction of the quantity to describe it completely. Vector can be represented using an arrow showing the direction of the quantity and the length of the arrow is proportional to the quantity’s magnitude. The examples of vectors include momentum, displacement and electric field.

Conclusion:

The quantity, mass, can be explained completely using just the magnitude of the quantity. So, mass is not a vector quantity. Thus, option (c) is correct.

Velocity has both magnitude and direction. Thus, velocity is a vector quantity. Thus, option (a) is incorrect.

Acceleration needs both magnitude and direction in order to give its complete meaning. Thus, velocity is a vector quantity. Thus, option (b) is incorrect.

Force is a physical quantity with both magnitude and direction. So, force is a vector quantity. Thus, option (d) is incorrect.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

To determine

The quantities which are not vectors.

Answer 12

Answer to Problem 1MC

Option (c) mass.

Answer 13

Explanation of Solution

Physical quantities can be of two categories, scalars and vectors.

Scalars are those quantities that can be defined fully using their magnitudes. These quantities does not require direction. Few of the examples of scalar quantities are speed, volume and temperature.

Vectors require both magnitude and direction of the quantity to describe it completely. Vector can be represented using an arrow showing the direction of the quantity and the length of the arrow is proportional to the quantity’s magnitude. The examples of vectors include momentum, displacement and electric field.

Conclusion:

The quantity, mass, can be explained completely using just the magnitude of the quantity. So, mass is not a vector quantity. Thus, option (c) is correct.

Velocity has both magnitude and direction. Thus, velocity is a vector quantity. Thus, option (a) is incorrect.

Acceleration needs both magnitude and direction in order to give its complete meaning. Thus, velocity is a vector quantity. Thus, option (b) is incorrect.

Force is a physical quantity with both magnitude and direction. So, force is a vector quantity. Thus, option (d) is incorrect.

Answer 14

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Which of the following quantities is not a vector quantity? a. velocity b. acceleration c. mass d. force

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Answer to Problem 1MC

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