4.18 X10 x10 = 700:134 ×10 = 700.934nm Fill in the missing values in the table below. Use the area above to show your work. Data: Medium Index of Refraction Speed of Light in Medium Frequency Wavelength 1.819 x 10mb Human Eye 1.36 4.28 x 105 GHz 425 nm c m/s 4.28 x 10 GHz 700.934nm Air 1 1.33 4.28 x 105 GHz Water

Physics for Scientists and Engineers, Technology Update (No access codes included)
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Author:Raymond A. Serway, John W. Jewett
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Chapter37: Wave Optics
Section: Chapter Questions
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How do I solve for the speed of light in water and its wavelength ?
30. WITET ne jelnylisIl die Ike Ili the watel, the nght 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 3x10
Vz 4.28x105x 10x 425 xL0
= 1,814x 10 M/
4.18 X10 x10 = 700.454 x10m3D700.934nm
Fill in the missing values in the table below. Use the area above to show your work.
Data:
Medium
Index of Refraction
Speed of Light in Medium
Frequency
Wavelength
1.819 x 10ms
Human Eye
1.36
4.28 x 105 GHz
425 nm
Air
1
c m/s
4.28 x 105 GHz
700.१3१.n
Water
1.33
4.28 x 105 GHz
1.
Draw the light waves passing through the water and into your eye in the space below.
Model
Jellyfish
Eye
Air
Water
1
2. Express the relative change in wavelength in terms of cause and effect.
Mechanism
Describe the process that
3.
connects the cause and effect.
Effect
Transcribed Image Text:30. WITET ne jelnylisIl die Ike Ili the watel, the nght 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 3x10 Vz 4.28x105x 10x 425 xL0 = 1,814x 10 M/ 4.18 X10 x10 = 700.454 x10m3D700.934nm Fill in the missing values in the table below. Use the area above to show your work. Data: Medium Index of Refraction Speed of Light in Medium Frequency Wavelength 1.819 x 10ms Human Eye 1.36 4.28 x 105 GHz 425 nm Air 1 c m/s 4.28 x 105 GHz 700.१3१.n Water 1.33 4.28 x 105 GHz 1. Draw the light waves passing through the water and into your eye in the space below. Model Jellyfish Eye Air Water 1 2. Express the relative change in wavelength in terms of cause and effect. Mechanism Describe the process that 3. connects the cause and effect. Effect
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