You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish there. You see it by sunlight that reflects off the fish and refracts at the alcohol-air interface as shown in figure below. What is the angle of refraction (in degrees) if this transparent alcohol has index of refraction given by 1.38?
Homework Answers
![Mg=1 60 300 M, = 1.38 Snells law Using My sin 30° = lz sino =) 1.38 = 42. sino sino = 0.69 =) O = sint (0.69) = [43.630] An](http://img.homeworklib.com/questions/ea54f960-fa24-11ea-b544-6d79cdbffa26.png?x-oss-process=image/resize,w_560)
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You kneel beside a fish tank (containing alcohol for unknown
reason) and surprisingly found a fish...
You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish...
You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish there. You see it by sunlight that reflects off the fish and refracts at the alcohol-air interface as shown in figure below. What is the angle of refraction in degrees) if this transparent alcohol has index of refraction given by 1.38? TT 60° 39.9 452 43.6
You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish...
You kneel beside a fish tank (containing alcohol for unknown
reason) and surprisingly found a fish there. You see it by sunlight
that reflects off the fish and refracts at the alcohol-air
interface as shown in the figure below. What is the angle of
refraction (in degrees) if this transparent alcohol has index of
refraction given by 1.38?
A. 43.6
B. 39.9
C. 45.2
D. 41.1
60° L
You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish...
You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish there. You see it by sunlight that reflects off the fish and refracts at the alcohol-air interface as shown in figure below. What is the angle of refraction (in degrees) if this transparent alcohol has index of refraction given by 1.38 ma 1 1 60° 1 1 39.9 45.2 436 411
A fish is thrown into a pool and sunlight is being reflected off the fish that...
A fish is thrown into a pool and sunlight is being reflected off the fish that refracts at the water-air interface. If the light from the fish to your eye strikes the water-air interface with an angle of incidence at θ a= 16.59 degrees what is the angle of refraction of the ray in air? Index of refraction for the pool is np= 1.41
someone threw a fish into your pool and it miraculously survived not only the shock of...
someone threw a fish into your pool and it
miraculously survived not only the shock of being thrown but
apparently this ugly fish can breath your chlorinated pool water.
you see the fish by sunlight that reflects off the fish and
refracts at the water-air interface. if the light from the fish to
your eye strikes the water -air interface with an angle of
incidence of Oa 17.90 degree. what is the angle of refraction of
the ray in air?...
#3 Suppose you have a fish tank made of a plastic polymer that has a mirror...
#3 Suppose you have a fish tank made of a plastic polymer that has a mirror on the bottom. The fish tank is exactly half full of water. The fish tank is lit by a light coming from the upper, left hand corner, which you can approximate as a ray of light traveling at 45 degrees from the normal towards the water. For fun you put a mirror on the top of the tank as well. A) Draw the transmitted...
Need help finding angles 3 and 4. Angle of incidence (degrees) = 30.000 Index of refraction of prism, n =1.500 Right In...
Need help finding angles 3 and 4.
Angle of incidence (degrees) = 30.000 Index of refraction of prism, n =1.500 Right Interface Left Interface 60° Interactive Exercises 33.06: Refraction and the Equilateral Prism The simulation (linked below) shows an equilateral prism (the three angles depicted in the simulation equal 60°) immersed in an unknown transparent substance. The index of refraction n of the prism can be varied by a slider in the simulation. Monoch romatic light is incident on the...
You are looking, from directly above, at a goldfish at the bottom of a 54.0-cm fish...
You are looking, from directly above, at a goldfish at the bottom of a 54.0-cm fish tank filled with water. How far away does the fish look to you? The index of refraction of water is 1.34. A beam of light is incident, from air, on a flat surface of glass (n=1.50). The refracted ray inside the glass is found to make an angel of 26.7° with the direction of the incident ray. Calculate the angle of incident.
Assume now that you mistakenly filled the tank up to the blue line in the figure...
Assume now that you mistakenly filled the tank up to the blue line in the figure below. Using your ruler and protractor, draw the reflected and refracted rays for both incoming rays and read from the figure their angles (again, the red ray is 1 and the green one is 2) ang Note: the point of incidence is now where each ray crosses the blue line. The angles from the normal lines in those two points are those calculated in...
Partner: Date Name 11 Snell's Law Introduction When light passes from one material to another it ...
Partner: Date Name 11 Snell's Law Introduction When light passes from one material to another it is always bent away from its original path. This process is known as refraction and the change in direction depends on the change in optical density (or refractive index) of the two materials. A larger change in refractive index results in a larger change in angle between incoming and outgoing light beams. A light beam bends closer to the normal in the material with...
You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish there. You see it by sunlight that reflects off the fish and refracts at the alcohol-air interface as shown in figure below. What is the angle of refraction in degrees) if this transparent alcohol has index of refraction given by 1.38? TT 60° 39.9 452 43.6
You kneel beside a fish tank (containing alcohol for unknown
reason) and surprisingly found a fish there. You see it by sunlight
that reflects off the fish and refracts at the alcohol-air
interface as shown in the figure below. What is the angle of
refraction (in degrees) if this transparent alcohol has index of
refraction given by 1.38?
A. 43.6
B. 39.9
C. 45.2
D. 41.1
60° L
You kneel beside a fish tank (containing alcohol for unknown reason) and surprisingly found a fish there. You see it by sunlight that reflects off the fish and refracts at the alcohol-air interface as shown in figure below. What is the angle of refraction (in degrees) if this transparent alcohol has index of refraction given by 1.38 ma 1 1 60° 1 1 39.9 45.2 436 411
someone threw a fish into your pool and it
miraculously survived not only the shock of being thrown but
apparently this ugly fish can breath your chlorinated pool water.
you see the fish by sunlight that reflects off the fish and
refracts at the water-air interface. if the light from the fish to
your eye strikes the water -air interface with an angle of
incidence of Oa 17.90 degree. what is the angle of refraction of
the ray in air?...
#3 Suppose you have a fish tank made of a plastic polymer that has a mirror on the bottom. The fish tank is exactly half full of water. The fish tank is lit by a light coming from the upper, left hand corner, which you can approximate as a ray of light traveling at 45 degrees from the normal towards the water. For fun you put a mirror on the top of the tank as well. A) Draw the transmitted...
Need help finding angles 3 and 4.
Angle of incidence (degrees) = 30.000 Index of refraction of prism, n =1.500 Right Interface Left Interface 60° Interactive Exercises 33.06: Refraction and the Equilateral Prism The simulation (linked below) shows an equilateral prism (the three angles depicted in the simulation equal 60°) immersed in an unknown transparent substance. The index of refraction n of the prism can be varied by a slider in the simulation. Monoch romatic light is incident on the...
You are looking, from directly above, at a goldfish at the bottom of a 54.0-cm fish tank filled with water. How far away does the fish look to you? The index of refraction of water is 1.34. A beam of light is incident, from air, on a flat surface of glass (n=1.50). The refracted ray inside the glass is found to make an angel of 26.7° with the direction of the incident ray. Calculate the angle of incident.
Assume now that you mistakenly filled the tank up to the blue line in the figure below. Using your ruler and protractor, draw the reflected and refracted rays for both incoming rays and read from the figure their angles (again, the red ray is 1 and the green one is 2) ang Note: the point of incidence is now where each ray crosses the blue line. The angles from the normal lines in those two points are those calculated in...
Partner: Date Name 11 Snell's Law Introduction When light passes from one material to another it is always bent away from its original path. This process is known as refraction and the change in direction depends on the change in optical density (or refractive index) of the two materials. A larger change in refractive index results in a larger change in angle between incoming and outgoing light beams. A light beam bends closer to the normal in the material with...
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