Dylan Light Sim

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Draw a ray diagram on problem 1, 2, 3 and 4, also describe the characteristics formed in the image in terms of location, orientation, size and type.

Consider a light ray that transitions from a material with a higher index of refraction to a material with a lower index of refraction. a. Does this ray speed up or slow down? b. Does it bend toward the normal line or away from the normal line? (i.e. is 0, > 02 or 8, > 0,?)

One well-known image of a prism is the following picture a. Given the pattern of light on the far side of the prism, is the index of refraction inside the prism higher or lower than the index of refraction outside the prism? b. List at least one thing that is wrong with this diagram given what we expect the dependence of n on the wavelength of light to be (and assuming the prism is made of a uniform material). c. List at least one thing that is right with this diagram given what we expect the dependence of n on the wavelength of light to be (and assuming the prism is made of a uniform material).

Refer to the photo below. a. What happened to the white light when it reflected out in the air? Why the light reflected out in such manner when it is white?b. How did the white light reflect out that way?c.  What do you call this kind of phenomenon?

Please add figure (light ray directions with angle,etc) for better understanding. A light ray passing through air and strikes a glass surface at an angle of 55° from the normal surface. What is the angle between the reflected light and the surface? A. 55° B. 25° C. 35° D. 45°

Glass is semi circular. I am shining the light through the curved side and then measuring the refraction when it leaves the glass block at the flat side. a.) solve the index of refraction of the glass using table 2 (through the curved side).  b.) find the critical angle c.) find the velocity of light inside the glass

Light of wavelength 589x10°m is incident on crown class. Which equation would you use to calculate the frequency of that light? What is the frequency of the light that is incident on the crown glass? Which equation would you use to determine the velocity of light in the crown glass? Calculate the velocity of the light in the crown glass. Refer the to formula sheet for the index of refraction.

What I Can Do Now that you have learned how properties of light can explain various optical phenomena, it's your turn to apply what you learned. Answer the following questions using the concepts you learned. 1. What kind of mirror should be used in the rearview mirror of a car? In the side view mirror of the car? 2. What is the use of colored photography filters? 3. Using the concept of scattering of light, how can you answer the questions: "Why is the sky blue?" or "Why are clouds white?" or "Why are sunsets red?"? 4. Why do you think the colors red, green and yellow are the one used for traffic lights? 5. An archer fish can prey on land-based insect and other small animals by spitting water from their specialized mouths. Explain how refraction occurs in the water- air boundary of the fish. Draw a diagram.

Please write out equation

The figure below shows a small light source with two rays from the light hitting the top surface of a solid piece of plastic. The path that the light ray on the left follows as it goes through the plastic is also shown. Draw, specifically and precisely, the path the ray on the right follows through the plastic. Explain, based on your findings from previous investigations, how you determined where to draw the path in the plastic for the second ray.

In order to calculate the refractive index of a certain glass a young engineering student decided to build an apparatus, as shown in the picture below. Basically he took two mirrors of equal thickness t and focused a beam as indicated. After passing through a lens, a pattern is formed on a bulkhead ahead. How was the student able to estimate the index of refraction?A) by changing the distance between the mirrors we change the pattern into light and dark bands B) by using the apparatus described there is no way to determine the refractive index of glass C) by changing the distance between the mirrors and the screen (or laser) the pattern changes into light and dark bands D) in the screen we will have an interference pattern similar to a double slit where we have a central maximum and other maximums relating to different reflections of the mirror

Express your understanding of filters by answering the following questions. Choose the best answer(s) from the Color Table. a. A red filter is capable of transmitting ____ light (if it is incident upon the filter). b. A blue filter is capable of transmitting ____ light (if it is incident upon the filter). c. A green filter is capable of transmitting ____ light (if it is incident upon the filter). d. A red filter will absorb ____ light (if it is incident upon the filter). e. A blue filter will absorb ____ light (if it is incident upon the filter). f. A yellow filter will absorb ____ light (if it is incident upon the filter). g. A magenta filter will absorb ____ light (if it is incident upon the filter). h. A white object is illuminated with white light and viewed through a green filter. The object will appear _____. i. A white object is illuminated with white light and viewed through a blue filter. The object will appear _____. j. A white object is illuminated with white light and…

The following problem must be solved making the modifications indicated below. Please read carefully. The figure below shows a thin converging lens for which the radius of curvature have magnitude R1 and R2 respectively. The lens faces a concave spherical mirror that has a radius of curvature of magnitude R.to. Suppose the lens focuses are at a distance F from the lens. Determine its refractive index. b. The lens and mirror are separated by a distance d. An object is placed at a distance L to the left of the lens. Determine the position and magnification of the final image as seen by the eye in the figure. c. Is the image upside down or up? Clearly justify your answer. Modification: Change the converging lens to a diverging lens and assign numerical values ​​to the problem parameters. The questions to be answered are the same (a, b and c). Clearly include the equations used and indicate all of the steps that are necessary to solve the problem. R1 = 40 cm  R2 = 90 cm F = 30 cm  L = 45…

The following are top-view diagrams of solid cubes and cylinders. Assume that light travels more slowly through the objects than through the surrounding medium. Each diagram shows a path for a light ray that is not correct. In each case, there is at least one (and possibly more than one) error in each diagram. Identify all the mistakes in the two diagrams and please explain your reasoning. Redraw the correct path for the light ray on each diagram. (a) (b)

An incident ray strikes a glas (n=1.52) with the angle of 38 degrees to the surface of the glass. a. Illustrate with label angle of incident, angle reflected ray and angle of refraction. b. What is the angle reflected ray? c. What is the angle of a refracted ray?

For this problem, I know the answer is C but I do not know how to get there. Seeing the steps and equations would be much appreciated. Thank you

A light ray is traveling through crown glass (n = 1.52) and approaching the boundary with water (n = 1.33) as shown in the diagram at the right.a. Use a protractor to measure the angle of incidence of the light ray in the crown glass.b. Calculate the angle of refraction of the light ray as it enters into the water.

The diagram at the right shows a ray of light traveling through air towards a thin layer of linseed oil (n = 1.50) resting on top of water (n=1.33). The light ray approaches the linseed oil at an angle of incidence of 48.2°.a. Determine the angle of refraction at the air-linseed oil boundary.b. Determine the angle of refraction at the linseed oil-water boundary.

Problem 3: In the figure below, an image of the object is formed by the following 2 steps: 1. Light from the object first refracts through the diverging lens. 2. This refracted light then refracts through the converging lens. (a) What is g2? The location of the final image, as measured from the converging lens? (b) What is the magnification of the final image? (c) Sketch a ray diagram for this problem. Make sure to include 2 ray diagrams. The first ray diagram is for Step 1 above and the second ray diagram is for Step 2 above. fi = 30 ст f2 = 3 —10 ст Object 50 ст d 3 90 ст

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How does the angle the light is incident on the surface compare to the angle that it is being reflected? Does this work for different angles? Please explain in at least two complete sentences. 7. Do your observations compare the Law of Reflection? Please explain in at least two complete sentences.

A ray is directed at a glass–air interface and total internal reflection occurs at the criticalangle. If a thick layer of water is then poured on top of the glass. Which of the followinghappens?(Remember: Water has an index of refraction between that of glass and air.) A. The ray is still totally internally reflected at the glass interface.B. The ray is now totally internally reflected at the water–air interface.C. The ray is no longer totally internally reflected anywhere.D. The answer depends on the angle of incidence on the glass–water interface.

When considering the location of images formed by lenses, we often like to employ ray tracing diagrams. To do this we draw three rays of light and see where they intersect. 1. A ray parallel to the axis refracts through the far focal point. 2. A ray that enters the lens along a line through the near focal point emerges parallel to the axis. 3. A ray through the center of the lens does not bend. This method was shown to you in class for the following situation: An object and converging lenses with the distance to the object being greater than the focal length, do > f. object focal point do focal point Now you will complete the ray tracing diagram for an object that is closer than the focal length: de focal point image Answer the following based on your ray tracing: (a) Is the image real or virtual? (b) is the image larger or smaller than the object? focal point

Refer to the photo below. a. What happened to the white light when it reflected out in the air? Why the light reflected out in such manner when it is white?

Part C, D, and E please. Written answers only need to be 1-2 sentences explaining a concept.

Learning Goal: Consider an object located at position P in front of a concave mirror whose center of curvature is at position C, as shown in (Figure 1). Draw a principal-ray diagram to determine the size and position of the reflected image. The diagram below shows the incoming principal rays identified in the previous part, as they diverge from the tip of the object Q . Draw the corresponding outgoing rays upon reflection. This will enable you to find graphically the image of the object, which you should draw in the form of an arrow perpendicular to the axis of the mirror. Try to be precise when you draw your rays. Recall that principal-ray diagrams must be drawn accurately to give good results!   Whats wrong with my attempt?