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The image in this mirror will be V a) upright, larger than the original, and virtual b) upright, smaller than the original, and

The image in this mirror will be V a) upright, larger than the original, and virtual b) upright, smaller than the original, and virtual Oc) inverted, smaller than the original, and virtual d) upright, smaller than the original, and real

The image in this mirror will be V a) upright, larger than the original, and virtual b) upright, smaller than the original, and virtual Oc) inverted, smaller than the original, and virtual d) upright, smaller than the original, and real

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gin - Powered by Skyward Quiz: 14.03 Reflection/Refraction X + -com/courses/159143/quizzes/397396/take Achieve3000 Pandora - Listen to... Google Slides: Free... Dashboard D Question 2 2 4 6 3 5 1 Which number is the incident ray? O 2 O 1 03 04 O 5 06 DO

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gin - Powered by Skyward Quiz: 14.03 Reflection/Refraction X + -com/courses/159143/quizzes/397396/take Achieve3000 Pandora - Listen to... Google Slides: Free... Dashboard D Question 2 2 4 6 3 5 1 Which number is the incident ray? O 2 O 1 03 04 O 5 06 DO

QUESTION 19 A person's near point is 55 cm. What is the minimum power lens that would enable the person to see newsprint at 25 cm? a. +0.022 diopters b. +2.18 diopters C. +4.58 diopters d. +5.82 diopters

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Geometrical Optics Solutions

QUESTION 19 A person's near point is 55 cm. What is the minimum power lens that would enable the person to see newsprint at 25 cm? a. +0.022 diopters b. +2.18 diopters C. +4.58 diopters d. +5.82 diopters

1. A laser beam in air is incident on a liquid at an angle of 37° with respect to the normal. The laser beam's angle in the liquid is 26°. a. Draw a sketch of the problem, similar to figure 25.12. Be sure to include the normal, incident ray and refracted r

Physics

Geometrical Optics Solutions

1. A laser beam in air is incident on a liquid at an angle of 37° with respect to the normal. The laser beam's angle in the liquid is 26°. a. Draw a sketch of the problem, similar to figure 25.12. Be sure to include the normal, incident ray and refracted ray, as well as indicating the respective angles. b. What is the liquid's index of refraction? 2. What is the angle between the two blue lines? 80 op 100 70 80 110 120 70 50 60 130 50 40 140 40 30 150 140 130 120 110 100 p 160 150 350 160 170'