COLLEGE PHYSICS,VOLUME 1
COLLEGE PHYSICS,VOLUME 1
2nd Edition
ISBN: 9781319115104
Author: Freedman
Publisher: MAC HIGHER
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Chapter 24, Problem 71QAP
To determine

(a)

The image distance and height and draw the ray diagram

Expert Solution
Check Mark

Answer to Problem 71QAP

The image is virtual because d1=4cm which is less than 0

The image is tall and upright h1=8cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  1

Explanation of Solution

Given:

Power of the diverging lens =5diopters

Height ho=10cm

Distance do=+5cm

Calculation:

Focal length

  f=1P=15=0.20m=20cm

Image distance:

  1do+1d1=1f1d1=1f1do1d1=doffdod1=fdodof

  d1=20×55(20)=4cm

Image height:

  m=h1ho=d1doh1=d1hodo=4×105=8cm

Conclusion:

The image is virtual because d1=4cm which is less than 0

The image is tall and upright h1=8cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  2

To determine

(b)

The image distance and height and to draw the ray diagram

Expert Solution
Check Mark

Answer to Problem 71QAP

The image is virtual because d1=6.7cm which is less than 0

The image is tall and upright h1=6.7cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  3

Explanation of Solution

Given:

Power of the diverging lens =5diopters

Distance do=+10cm

Calculation:

Focal length

  f=1P=15=0.20m=20cm

Image distance:

  1do+1d1=1f1d1=1f1do1d1=doffdod1=fdodof

  d1=20×1010(20)=6.7cm

Image height:

  m=h1ho=d1doh1=d1hodo=6.7×1010=6.7cm

Conclusion:

The image is virtual because d1=6.7cm which is less than 0

The image is tall and upright h1=6.7cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  4

To determine

(c)

To calculate the image distance and height and to draw the ray diagram

Expert Solution
Check Mark

Answer to Problem 71QAP

The image is virtual because d1=10cm which is less than 0

The image is tall and upright h1=5cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  5

Explanation of Solution

Given:

Power of the diverging lens =5diopters

Distance do=+20cm

Calculation:

Focal length

  f=1P=15=0.20m=20cm

Image distance:

  1do+1d1=1f1d1=1f1do1d1=doffdod1=fdodof

  d1=20×2020(20)=10cm

Image height:

  m=h1ho=d1doh1=d1hodo=10×1020=5cm

Conclusion:

The image is virtual because d1=10cm which is less than 0

The image is tall and upright h1=5cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  6

To determine

(d)

To calculate the image distance and height and to draw the ray diagram

Expert Solution
Check Mark

Answer to Problem 71QAP

The image is virtual because d1=14cm which is less than 0

The image is tall and upright h1=2.9cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  7

Explanation of Solution

Given:

Power of the diverging lens =5diopters

Distance do=+50cm

Calculation:

Focal length

  f=1P=15=0.20m=20cm

Image distance:

  1do+1d1=1f1d1=1f1do1d1=doffdod1=fdodof

  d1=20×5050(20)=14cm

Image height:

  m=h1ho=d1doh1=d1hodo=14×1050=2.9cm

Conclusion:

The image is virtual because d1=14cm which is less than 0

The image is tall and upright h1=2.9cm which is greater than 0

  COLLEGE PHYSICS,VOLUME 1, Chapter 24, Problem 71QAP , additional homework tip  8

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Chapter 24 Solutions

COLLEGE PHYSICS,VOLUME 1

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