To distinguish: converging lens and diverging lens.

Question

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Answer 1

Question

Chapter 30, Problem 1A

To determine

To distinguish: converging lens and diverging lens.

Expert Solution & Answer

Explanation of Solution

Introduction:

A lens is a transparent piece of material made up of glass and it can have both the surfaces curved or one surface curved and the other one plane.

A lens is basically divided into two types based on the nature of bending the light rays towards or away from its centre. A convex lens is also called converging lens as it converges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thick in the middle and thick at the periphery. These lenses have a positive focal length and are capable of forming both real image and a virtual image of an object.

A concave lens is also called diverging lens as it diverges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thin in the middle and thick at the periphery. These lenses have a negative focal length and are capable of forming only virtual image of an object.

Conceptual Physics: The High School Physics Program, Chapter 30, Problem 1A

Conclusion:

Hence, a converging lens converges light rays towards optical centre and forms real and virtual image both while a diverging lens diverges the light rays away from the optical centre and form virtual image.

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Answer 2

Question

Chapter 30, Problem 1A

To determine

To distinguish: converging lens and diverging lens.

Expert Solution & Answer

Explanation of Solution

Introduction:

A lens is a transparent piece of material made up of glass and it can have both the surfaces curved or one surface curved and the other one plane.

A lens is basically divided into two types based on the nature of bending the light rays towards or away from its centre. A convex lens is also called converging lens as it converges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thick in the middle and thick at the periphery. These lenses have a positive focal length and are capable of forming both real image and a virtual image of an object.

A concave lens is also called diverging lens as it diverges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thin in the middle and thick at the periphery. These lenses have a negative focal length and are capable of forming only virtual image of an object.

Conceptual Physics: The High School Physics Program, Chapter 30, Problem 1A

Conclusion:

Hence, a converging lens converges light rays towards optical centre and forms real and virtual image both while a diverging lens diverges the light rays away from the optical centre and form virtual image.

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Answer 3

Question

Chapter 30, Problem 1A

To determine

To distinguish: converging lens and diverging lens.

Expert Solution & Answer

Explanation of Solution

Introduction:

A lens is a transparent piece of material made up of glass and it can have both the surfaces curved or one surface curved and the other one plane.

A lens is basically divided into two types based on the nature of bending the light rays towards or away from its centre. A convex lens is also called converging lens as it converges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thick in the middle and thick at the periphery. These lenses have a positive focal length and are capable of forming both real image and a virtual image of an object.

A concave lens is also called diverging lens as it diverges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thin in the middle and thick at the periphery. These lenses have a negative focal length and are capable of forming only virtual image of an object.

Conceptual Physics: The High School Physics Program, Chapter 30, Problem 1A

Conclusion:

Hence, a converging lens converges light rays towards optical centre and forms real and virtual image both while a diverging lens diverges the light rays away from the optical centre and form virtual image.

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Answer 4

Question

Chapter 30, Problem 1A

To determine

To distinguish: converging lens and diverging lens.

Expert Solution & Answer

Explanation of Solution

Introduction:

A lens is a transparent piece of material made up of glass and it can have both the surfaces curved or one surface curved and the other one plane.

A lens is basically divided into two types based on the nature of bending the light rays towards or away from its centre. A convex lens is also called converging lens as it converges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thick in the middle and thick at the periphery. These lenses have a positive focal length and are capable of forming both real image and a virtual image of an object.

A concave lens is also called diverging lens as it diverges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thin in the middle and thick at the periphery. These lenses have a negative focal length and are capable of forming only virtual image of an object.

Conceptual Physics: The High School Physics Program, Chapter 30, Problem 1A

Conclusion:

Hence, a converging lens converges light rays towards optical centre and forms real and virtual image both while a diverging lens diverges the light rays away from the optical centre and form virtual image.

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Answer 5

Chapter 30, Problem 1A

To determine

To distinguish: converging lens and diverging lens.

Expert Solution & Answer

Explanation of Solution

Introduction:

A lens is a transparent piece of material made up of glass and it can have both the surfaces curved or one surface curved and the other one plane.

A lens is basically divided into two types based on the nature of bending the light rays towards or away from its centre. A convex lens is also called converging lens as it converges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thick in the middle and thick at the periphery. These lenses have a positive focal length and are capable of forming both real image and a virtual image of an object.

A concave lens is also called diverging lens as it diverges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thin in the middle and thick at the periphery. These lenses have a negative focal length and are capable of forming only virtual image of an object.

Conceptual Physics: The High School Physics Program, Chapter 30, Problem 1A

Conclusion:

Hence, a converging lens converges light rays towards optical centre and forms real and virtual image both while a diverging lens diverges the light rays away from the optical centre and form virtual image.

Answer 6

Chapter 30, Problem 1A

To determine

To distinguish: converging lens and diverging lens.

Expert Solution & Answer

Explanation of Solution

Introduction:

A lens is a transparent piece of material made up of glass and it can have both the surfaces curved or one surface curved and the other one plane.

A lens is basically divided into two types based on the nature of bending the light rays towards or away from its centre. A convex lens is also called converging lens as it converges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thick in the middle and thick at the periphery. These lenses have a positive focal length and are capable of forming both real image and a virtual image of an object.

A concave lens is also called diverging lens as it diverges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thin in the middle and thick at the periphery. These lenses have a negative focal length and are capable of forming only virtual image of an object.

Conceptual Physics: The High School Physics Program, Chapter 30, Problem 1A

Conclusion:

Hence, a converging lens converges light rays towards optical centre and forms real and virtual image both while a diverging lens diverges the light rays away from the optical centre and form virtual image.

Answer 7

Chapter 30, Problem 1A

To determine

To distinguish: converging lens and diverging lens.

Answer 8

Expert Solution & Answer

Explanation of Solution

Introduction:

A lens is a transparent piece of material made up of glass and it can have both the surfaces curved or one surface curved and the other one plane.

A lens is basically divided into two types based on the nature of bending the light rays towards or away from its centre. A convex lens is also called converging lens as it converges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thick in the middle and thick at the periphery. These lenses have a positive focal length and are capable of forming both real image and a virtual image of an object.

A concave lens is also called diverging lens as it diverges the light rays incident parallel to the principal axis to a single point called focus. Such a lens is thin in the middle and thick at the periphery. These lenses have a negative focal length and are capable of forming only virtual image of an object.

Conceptual Physics: The High School Physics Program, Chapter 30, Problem 1A

Conclusion:

Hence, a converging lens converges light rays towards optical centre and forms real and virtual image both while a diverging lens diverges the light rays away from the optical centre and form virtual image.