Sunlight strikes the surface of a lake. A diver sees the Sun at an angle of...
Question 2 (of 5) 10.00 points 9 attempts left Check my work Sunlight strikes the surface of a lake at an angle of incidence of 34.0°. At what angle with respect to the normal would a fish see the Sun?
An underwater scuba diver sees the Sun at an apparent angle of 48.5° above the horizontal. What is the actual elevation angle of the Sun above the horizontal? (Use 1.333 for the index of refraction of water.) ° above the horizon
Please Help An underwater scuba diver sees the Sun at an apparent angle of 49.0° above the horizon. What is the actual elevation angle of the Sun above the horizon?
Can you answer both questions with clear writing please 4. Light from the sun strikes the flat surface of a lake at an angle of 35.0° relative to the lake's surface normal. A scuba diver deep in the lake's water wants to look at the sun. At what angle must the diver look to see the sun, relative to the lake's surface normal? 5. A beam of light travels from air into glass. Its angle of incidence is 45° and...
Can u answer both questions with clear writing please 4. Light from the sun strikes the flat surface of a lake at an angle of 35.0° relative to the lake's surface normal. A scuba diver deep in the lake's water wants to look at the sun. At what angle must the diver look to see the sun, relative to the lake's surface normal? 5. A beam of light travels from air into glass. Its angle of incidence is 45° and...
At a particular time of day, the Sun's elevation angle is 57.5° above the horizon. For a diver who is under water and looking up toward the surface, what is the apparent elevation angle of the Sun?
Please show details. Thanks them If the distance An underwater scuba diver sees the Sun at an apparent angle of 6, = 34.0° from the vertical. (a) Draw refraction ray diagram to scale. (b) what is actual direction ( ) of the Sun? (113 2) θ, rt m, 0,
Light in the air (n1= 1) strikes the surface of a lake (n2= 1.33 for water), making an angle of 37orelative to vertical. The RMS value of the magnetic field in the incident light is 1.65x10-7T. a) What is the angle (relative to vertical) of the reflected beam? b) What is the angle (relative to vertical) of the refracted beam? c) What is the average intensity of the incident light?
9) (15 pts) Light in air (n = 1) strikes the surface of a lake (n2 = 1.33 for water), making an angle of 37º relative to vertical. The rms value of the magnetic field in the incident light is 1.65x10-?T. a) (5 pts) What is the angle (relative to vertical) of the reflected beam? b) (5 pts) What is the angle (relative to vertical) of the refracted beam? c) (5 pts) What is the average intensity of the incident...
A fish in a lake sees the Sun set (disappear) earlier than a fisherman in a boat above the fish. What angle above the horizontal does the Sun disappear under the water? (recall: n(water) = 1.33).