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Part I: Background When a ray of light strikes a smooth surface, it can either reflect,...
Part I: Background When a ray of light strikes a smooth surface, it can either reflect, such as with a mirror, or it can both reflect and refract, such as with glass. In this make-up lab activity, we shall look at both situations. This make-up lab shall try to replicate the lab from your lab manual as best possible. Be sure to read the "Discussion" in your regular lab manual. You will be using the Bending Light simulation. Part II:...
I'm not entirely sure my answers are correct. Please give me some guidance lol Press the...
I'm not entirely sure my answers are correct. Please give me
some guidance lol
Press the large red "button" on the laser pointer to turn it on. When placing the mouse on the small brass-colored knob on the end of the laser pointer allows you to rotate the laser source. Rotate it until it is pointing upwards and to the right at a 30° angle. Move the prism such that the incident ray hits the bottom left side, about one-sixth...
the question also says to use snell's law to find the ratio. but i am kind...
the
question also says to use snell's law to find the ratio. but i am
kind of confused as to how to do this using the graph and line of
best fit. please help..!
8. Submit, along with this report file, a scatter plot of sin 02 as a function of sino 1 0.9 0.8 0.7 0.6 Sin theta 2 0.5 0.4 0.3 0.2 0.1 0 0 0.2 y = 0.2442x + 0.2471 0.4 0.8 1 1.2 0.6 Sin theta...
Problem 6 (5 points): Light is incident normally on the short face of a 30° -...
Problem 6 (5 points): Light is incident normally on the short face of a 30° - 60°- 90 prism, as shown in the figure. The prism is made of a material with an index of refraction n -2. In addition, a thin layer of liquid is placed on the hypotenuse of the prism (also shown). a) Find the maximum index of refraction of the liquid if the light is to be totally reflected. Hint: Draw the internal angles.) totally reflected...
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...
P[roble# 1. A light ray is incident normally (i.e. perpendicularly on the interface) from WATER on...
P[roble# 1. A light ray is incident normally (i.e. perpendicularly on the interface) from WATER on one face of a 30-60-90-degree prism of dense flint glass. The index of refraction of the prism is n2=1.66. The index of refraction of the WATER is n=1.33. - A. Calculate the angle bi and show that the ray will Have total internal reflection B. What are the value of the angles C. If we added solution to the WATER to increase its index...
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...
P[roble# 1. A light ray is incident normally (.e. perpendicularly on the interface) from WATER on...
P[roble# 1. A light ray is incident normally (.e. perpendicularly on the interface) from WATER on one face of a 30-60-90-degree prism of dense flint glass. The index of refraction of the prism is n2= 1.66. The index of refraction of the WATER is n = 1.33. A. Calculate the angle Bo and show that the ray will Have total internal reflection. B. What are the value of the angles C. If we added solution to the WATER to increase...
PLEASE ANSWER ACCURATELY AS POSSIBLE! THIS IS A TAKE HOME TEST! EXPLANATION HAS TO BE IN...
PLEASE ANSWER ACCURATELY AS
POSSIBLE! THIS IS A TAKE HOME TEST! EXPLANATION HAS TO BE IN DEPTH!
THANKS!
9) (a) Shown below is a rectangular prism made of two clear plastics whose indices of refraction are n, and n. The prism is immersed in a liquid whose index is n, (n<n<n). A ray of light is shown incident on one face of the prism at a 32 angle. Also shown are four possible emerging rays from the prism. Which ray...
i need help with both please Question 46 2 pts In the figure below, a light...
i need help with both please
Question 46 2 pts In the figure below, a light ray enters a glass slab (whose index of refraction, nglass = 1.577) at point A and then undergoes total internal reflection at point B. Find the initial angle of incidence, 8; in degrees, for which total internal reflection can take place. The medium that surrounds the glass slab is a liquid whose index of refraction, Nliquid= 1.246. Please round your answer to the nearest...
Part I: Background When a ray of light strikes a smooth surface, it can either reflect, such as with a mirror, or it can both reflect and refract, such as with glass. In this make-up lab activity, we shall look at both situations. This make-up lab shall try to replicate the lab from your lab manual as best possible. Be sure to read the "Discussion" in your regular lab manual. You will be using the Bending Light simulation. Part II:...
I'm not entirely sure my answers are correct. Please give me
some guidance lol
Press the large red "button" on the laser pointer to turn it on. When placing the mouse on the small brass-colored knob on the end of the laser pointer allows you to rotate the laser source. Rotate it until it is pointing upwards and to the right at a 30° angle. Move the prism such that the incident ray hits the bottom left side, about one-sixth...
the
question also says to use snell's law to find the ratio. but i am
kind of confused as to how to do this using the graph and line of
best fit. please help..!
8. Submit, along with this report file, a scatter plot of sin 02 as a function of sino 1 0.9 0.8 0.7 0.6 Sin theta 2 0.5 0.4 0.3 0.2 0.1 0 0 0.2 y = 0.2442x + 0.2471 0.4 0.8 1 1.2 0.6 Sin theta...
Problem 6 (5 points): Light is incident normally on the short face of a 30° - 60°- 90 prism, as shown in the figure. The prism is made of a material with an index of refraction n -2. In addition, a thin layer of liquid is placed on the hypotenuse of the prism (also shown). a) Find the maximum index of refraction of the liquid if the light is to be totally reflected. Hint: Draw the internal angles.) totally reflected...
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...
P[roble# 1. A light ray is incident normally (i.e. perpendicularly on the interface) from WATER on one face of a 30-60-90-degree prism of dense flint glass. The index of refraction of the prism is n2=1.66. The index of refraction of the WATER is n=1.33. - A. Calculate the angle bi and show that the ray will Have total internal reflection B. What are the value of the angles C. If we added solution to the WATER to increase its index...
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...
P[roble# 1. A light ray is incident normally (.e. perpendicularly on the interface) from WATER on one face of a 30-60-90-degree prism of dense flint glass. The index of refraction of the prism is n2= 1.66. The index of refraction of the WATER is n = 1.33. A. Calculate the angle Bo and show that the ray will Have total internal reflection. B. What are the value of the angles C. If we added solution to the WATER to increase...
PLEASE ANSWER ACCURATELY AS
POSSIBLE! THIS IS A TAKE HOME TEST! EXPLANATION HAS TO BE IN DEPTH!
THANKS!
9) (a) Shown below is a rectangular prism made of two clear plastics whose indices of refraction are n, and n. The prism is immersed in a liquid whose index is n, (n<n<n). A ray of light is shown incident on one face of the prism at a 32 angle. Also shown are four possible emerging rays from the prism. Which ray...
i need help with both please
Question 46 2 pts In the figure below, a light ray enters a glass slab (whose index of refraction, nglass = 1.577) at point A and then undergoes total internal reflection at point B. Find the initial angle of incidence, 8; in degrees, for which total internal reflection can take place. The medium that surrounds the glass slab is a liquid whose index of refraction, Nliquid= 1.246. Please round your answer to the nearest...
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