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2. Starting with a small incident angle (smaller than 10.0°), slowly increase the angle from the normal and observe what happens to the refracted light ray. 3. Describe the direction the refracted ray is moving as the incident angle is being increased. Also, is there a limit to how far the refracted ray can go? Please describe or explain your answer in at least two complete sentences. 4. Notice that there is a special angle when things change. The incident angle when this happens is called the critical angle, e. 0. = sin

2. Starting with a small incident angle (smaller than 10.0°), slowly increase the angle from the normal and observe what happens to the refracted light ray. 3. Describe the direction the refracted ray is moving as the incident angle is being increased. Also, is there a limit to how far the refracted ray can go? Please describe or explain your answer in at least two complete sentences. 4. Notice that there is a special angle when things change. The incident angle when this happens is called the critical angle, e. 0. = sin

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show me how to solve the chart; and

Then measure the critical angle from the simulation for each combination and put them in the table.  Please show all your calculations below, including the absolute error values.    

  

bottom and glass is on top, as shown. Material Glass Index of Refraction (n) O 1.499 38.4 38.4 Air Water Giass Material 68.6 Index of Refraction (n) O 1.000 Ar Water Glass 2. Starting with a small incident angle (smaller than 10.0°), slowly increase the angle from the normal and observe what happens to the refracted light ray. 3. Describe the direction the refracted ray is moving as the incident angle is being increased. Also, is there a limit to how far the refracted ray can go? Please describe or explain your answer in at least two complete sentences. 4. Notice that there is a special angle when things change. The incident angle when this happens is called the critical angle, ec. 0. = sin -1 5. Using the formula for critical angle, solve for the ec for each combination of medium for (1) Glass → Air, (2) Water > Air, (3) Mystery A → Air, and (4) Mystery B → Air and put these values in the table below. ec from Oc from PHET Absolute Media calculation simulation error Combination (°) () Glass >Air Water > Air
Transcribed Image Text:bottom and glass is on top, as shown. Material Glass Index of Refraction (n) O 1.499 38.4 38.4 Air Water Giass Material 68.6 Index of Refraction (n) O 1.000 Ar Water Glass 2. Starting with a small incident angle (smaller than 10.0°), slowly increase the angle from the normal and observe what happens to the refracted light ray. 3. Describe the direction the refracted ray is moving as the incident angle is being increased. Also, is there a limit to how far the refracted ray can go? Please describe or explain your answer in at least two complete sentences. 4. Notice that there is a special angle when things change. The incident angle when this happens is called the critical angle, ec. 0. = sin -1 5. Using the formula for critical angle, solve for the ec for each combination of medium for (1) Glass → Air, (2) Water > Air, (3) Mystery A → Air, and (4) Mystery B → Air and put these values in the table below. ec from Oc from PHET Absolute Media calculation simulation error Combination (°) () Glass >Air Water > Air
X Cut B Copy Paste S Format Painter Ray Clipboard Wave 648 nm Material Glass Index of Refraction (n) 1.500 29.5° 29.5° Water Glass Air 30 60 60 Material Air 30 47.7° Index of Refraction (n) 1.000 Air Water Glass Intensity ? Speed Time Normal Angles 4 PHET. = Page 17 of 18 2963 words Bending Light Intro Prisms More Tools
Transcribed Image Text:X Cut B Copy Paste S Format Painter Ray Clipboard Wave 648 nm Material Glass Index of Refraction (n) 1.500 29.5° 29.5° Water Glass Air 30 60 60 Material Air 30 47.7° Index of Refraction (n) 1.000 Air Water Glass Intensity ? Speed Time Normal Angles 4 PHET. = Page 17 of 18 2963 words Bending Light Intro Prisms More Tools
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