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10. The ability of your eyes to focus is impaired when you attempt to look around underwater (if you are not wearing a pair of swimming goggles). (a) Using Figure from Problem 9, calculate by what angle (Ocornea) is the incident beam of light deviated as it passes from water to the cornea if the incident angle is 0; = 23.6°? (c) How do you think why people can not see clearly Perpendicular to comes Lens n= 1,39 to 1.41 in water? Aqueous humour n = 1.34 Vitreous humour n= 1.34 Air n = 1.00 Cornea n = 1.38 Perpendicular to cornea conea Perpendicular to comea Lens n = 1.39 to 1.41

10. The ability of your eyes to focus is impaired when you attempt to look around underwater (if you are not wearing a pair of swimming goggles). (a) Using Figure from Problem 9, calculate by what angle (Ocornea) is the incident beam of light deviated as it passes from water to the cornea if the incident angle is 0; = 23.6°? (c) How do you think why people can not see clearly Perpendicular to comes Lens n= 1,39 to 1.41 in water? Aqueous humour n = 1.34 Vitreous humour n= 1.34 Air n = 1.00 Cornea n = 1.38 Perpendicular to cornea conea Perpendicular to comea Lens n = 1.39 to 1.41

College Physics
College Physics
1st Edition
ISBN:9781938168000
Author:Paul Peter Urone, Roger Hinrichs
Publisher:Paul Peter Urone, Roger Hinrichs
Chapter25: Geometric Optics
Section: Chapter Questions
Problem 12PE: (a) Using information in Figure 25.53, find the height of the instructor's head above the water,...
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10. The ability of your eyes to focus is impaired when you attempt to look around underwater (if you are not wearing a pair of swimming goggles). (a) Using Figure from Problem 9, calculate by what angle (Ocornea) is the incident beam of light deviated as it passes from water to the cornea if the incident angle is 0; = 23.6°? (c) How do you think why people can not see clearly Perpendicular to comes Lens n= 1,39 to 1.41 in water?
Transcribed Image Text:10. The ability of your eyes to focus is impaired when you attempt to look around underwater (if you are not wearing a pair of swimming goggles). (a) Using Figure from Problem 9, calculate by what angle (Ocornea) is the incident beam of light deviated as it passes from water to the cornea if the incident angle is 0; = 23.6°? (c) How do you think why people can not see clearly Perpendicular to comes Lens n= 1,39 to 1.41 in water?
Aqueous humour n = 1.34 Vitreous humour n= 1.34 Air n = 1.00 Cornea n = 1.38 Perpendicular to cornea conea Perpendicular to comea Lens n = 1.39 to 1.41
Transcribed Image Text:Aqueous humour n = 1.34 Vitreous humour n= 1.34 Air n = 1.00 Cornea n = 1.38 Perpendicular to cornea conea Perpendicular to comea Lens n = 1.39 to 1.41
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