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Fill in the missing values in the table Medium Index of Refraction Speed of Light in Medium Frequency Wavelength Human Eye 1.36 4.28 x 10 GHz 425 nm Air c m/s 4.28 x 10 GHz Water 1.33 4.28 x 105 GHz

Fill in the missing values in the table Medium Index of Refraction Speed of Light in Medium Frequency Wavelength Human Eye 1.36 4.28 x 10 GHz 425 nm Air c m/s 4.28 x 10 GHz Water 1.33 4.28 x 105 GHz

Glencoe Physics: Principles and Problems, Student Edition
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter18: Refraction And Lenses
Section18.2: Convex And Concave Lenses
Problem 25SSC
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How do i solve for the missing data
Background: Your "friend" John claims that jellyfish change color when they are brought on land. His statement is written below. "So. When the jellyfish are like in the water, the light waves go through water, right? But when the jellyfish is on land, the light waves go through air. So the jellyfish must be different colors in the water than they are on land." "sips redbull and raises eyebrows Data: Fill in the missing values in the table below. Use the area above to show your work. Frequency Wavelength Index of Refraction Speed of Light in Medium Medium 4.28 x 10 GHz 425 nm 1.36 Human Eye c m/s 4.28 x 10 GHz Air 4.28 x 105 GHz Water 1.33 1. Draw the light waves passing through the water and into your eye in the space below. Model Jellyfish Eye Air Water 2. Express the relative change in wavelength in terms of cause and effect. Mechanism Describe the process that connects the cause and effect.
Transcribed Image Text:Background: Your "friend" John claims that jellyfish change color when they are brought on land. His statement is written below. "So. When the jellyfish are like in the water, the light waves go through water, right? But when the jellyfish is on land, the light waves go through air. So the jellyfish must be different colors in the water than they are on land." "sips redbull and raises eyebrows Data: Fill in the missing values in the table below. Use the area above to show your work. Frequency Wavelength Index of Refraction Speed of Light in Medium Medium 4.28 x 10 GHz 425 nm 1.36 Human Eye c m/s 4.28 x 10 GHz Air 4.28 x 105 GHz Water 1.33 1. Draw the light waves passing through the water and into your eye in the space below. Model Jellyfish Eye Air Water 2. Express the relative change in wavelength in terms of cause and effect. Mechanism Describe the process that connects the cause and effect.
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