One dark night, as part of your SEAL tralning, you are scuba diving when your foot gets caught in some machinery underwater. You have a waterproof laser, but the battery Is almost dead, so you'll have to carefully plan how to signal for help. Good thing you took this course! You calculate that your squad will see the laser if the angle In the air (n = 1.00) is 80 degrees. What angle should you choose in the water (n 1.33)7 All angles are defined at the water-air boundary in the usual convention. Assume the surface of the water is flat.
One dark night, as part of your SEAL tralning, you are scuba diving when your foot gets caught in some machinery underwater. You have a waterproof laser, but the battery Is almost dead, so you'll have to carefully plan how to signal for help. Good thing you took this course! You calculate that your squad will see the laser if the angle In the air (n = 1.00) is 80 degrees. What angle should you choose in the water (n 1.33)7 All angles are defined at the water-air boundary in the usual convention. Assume the surface of the water is flat.
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Transcribed Image Text:One dark night, as part of your SEAL tralning, you are
scuba diving when your foot gets caught in some
machinery underwater. You have a waterproof laser, but
the battery Is almost dead, so you'll have to carefully
plan how to signal for help. Good thing you took this
course! You calculate that your squad will see the laser
the angle In the air (n = 1.00) is 80 degrees. What angle
should you choose in the water (n = 1.33)? All angles are
defined at the water-air boundary In the usual
convention. Assume the surface of the water Is flat.
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