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2. Complete the ray diagram for an object in front of a lens to show how to find the location and size of the de from the location and size of the obiect, Elabels the focal points of the lens. Identify the image as real or pege Find the image distance using the lens equation if the object distance is 30.0cm and the focal point is a hegative 10cm (focal points of diverging lenses are always negative) Show all work. Principal plane Principal axis 3. A laser light travels from air (n=1) through water (n=1.33), and then a piece of glass (n=1.55). The light first enters the water at an angle of 25.0 degrees (from air to water). Draw a diagram. Use Snell's Lan to find the angle of refraction in the water and then in the glass. Show all work.

2. Complete the ray diagram for an object in front of a lens to show how to find the location and size of the de from the location and size of the obiect, Elabels the focal points of the lens. Identify the image as real or pege Find the image distance using the lens equation if the object distance is 30.0cm and the focal point is a hegative 10cm (focal points of diverging lenses are always negative) Show all work. Principal plane Principal axis 3. A laser light travels from air (n=1) through water (n=1.33), and then a piece of glass (n=1.55). The light first enters the water at an angle of 25.0 degrees (from air to water). Draw a diagram. Use Snell's Lan to find the angle of refraction in the water and then in the glass. Show all work.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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2. Complete the ray diagram for an object in front of a lens to show how to find the location and size of the de from the location and size of the obiect, Elabels the focal points of the lens. Identify the image as real or pege Find the image distance using the lens equation if the object distance is 30.0cm and the focal point is a hegative 10cm (focal points of diverging lenses are always negative) Show all work. Principal plane Principal axis 3. A laser light travels from air (n=1) through water (n=1.33), and then a piece of glass (n=1.55). The light first enters the water at an angle of 25.0 degrees (from air to water). Draw a diagram. Use Snell's Lan to find the angle of refraction in the water and then in the glass. Show all work.
Transcribed Image Text:2. Complete the ray diagram for an object in front of a lens to show how to find the location and size of the de from the location and size of the obiect, Elabels the focal points of the lens. Identify the image as real or pege Find the image distance using the lens equation if the object distance is 30.0cm and the focal point is a hegative 10cm (focal points of diverging lenses are always negative) Show all work. Principal plane Principal axis 3. A laser light travels from air (n=1) through water (n=1.33), and then a piece of glass (n=1.55). The light first enters the water at an angle of 25.0 degrees (from air to water). Draw a diagram. Use Snell's Lan to find the angle of refraction in the water and then in the glass. Show all work.
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