Discussion:1- Define refraction index? What its depending parameters? Value for air andwater?2- Define with physical units and relationships if founded:Critical angle- Compound lens - Parallax eliminating Lens Maker'sequation- Total Internal Reflcction (TLR) - Sncll's Law?.3- What are Real width and Virtual width?.4- What Optical Density? Is high Mass Density effect?, Explain withexaruples?.5- Is thickness of media effected to refiaction index?, Why?.6- What difference between ice and water refaction index? Which larger?Why?.7- In experiment- part one, can you find refraction index of oil? Why?.8- Provesia i,AC9- ProveACReal Widtlh10- prove%3D5-5 Virted Width

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1- Define refraction index? What its depending parameters? Value for air and water?

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Concept explainers

Dispersion of White Light

Snell’s law is a formula that gives a relation between the angle of incidence and angle of refraction and is given as:

Question

Discussion:
1- Define refraction index? What its depending parameters? Value for air and
water?
2- Define with physical units and relationships if founded:
Critical angle- Compound lens - Parallax eliminating Lens Maker's
equation- Total Internal Reflcction (TLR) - Sncll's Law?.
3- What are Real width and Virtual width?.
4- What Optical Density? Is high Mass Density effect?, Explain with
exaruples?.
5- Is thickness of media effected to refiaction index?, Why?.
6- What difference between ice and water refaction index? Which larger?
Why?.
7- In experiment- part one, can you find refraction index of oil? Why?.
8- Prove
sia i,
AC
9- Prove
AC
Real Widtlh
10- prove
%3D
5-5 Virted Width

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4. What is the critical angle for light passing from diamond to air if the index of refraction of diamond is 2.42?
B1
6) A glass plate with an index of refraction of 1.57 is immersed in an oil having a refractive index of 1.40. What is the critical angle? and which path is the appropriate path for the light to travel for total internal reflection to occur? From oil to glass, or glass to oil? Explain.
36. What is a possible physical reason for the increase in slope of this TX graph? X (distance) a. There may be a low velocity layer that is detectible with refraction data. b. The dip of a refracting horizon steepens half way along the portion observed by the survey c. The first two segments of the graph are both direct arrivals. d. The thickness of the overlying layer decreases with distance. T (time)
Can water waves be reflected and refracted? Give examples. Does Huygens’s principle apply to water waves? Explain.
5. Light enters a container of benzene at an angle of 43° to the normal; the refracted beam makes an angle of 27° withthe normal. Calculate the index of refraction of benzene.
2.-A triangular glass prism with apex angle Φ = 60 has an index of refraction of n = 1.50 (see Figure 1). What is the minimum angle of incidence θ1 at which a light ray can emerge from the other side?
5.) see photo for details
2. If a ray is incident on a block of material at 15° from the vertical, and is refracted to 8° from the vertical, what is the index of refraction?
2. Below is a list of materials and their indexes of refraction. Analyze the list and use it to answer the accompanying questions. Vegetable oil: n = 1.47 Ethyl Alcohol: n = 1.36 A) B) C) Glass: n = 1.52 Zircon: n = 1.92 Calculate the speed of light in glass. Of these media, the substance that is the most optically dense is: Of these media, light is going to travel the fastest through:
3- Light falls in air at an angle of 30 degrees on the surface of a glass plate with a refractive index of 1.66 (a) Calculate the angle of refraction of light inside the glass. b- Does the ray refract approaching or far from the established column? (c) Calculate the angle of deflection of the light.
9. Consider a planar interface with the refractive index n, in the lefthand side and n2 in the right- hand side. Explain what are the boundary conditions needed to be satisfied and how the Snell's rule ni sin(0;) = n2 sin(0;) is derived from the boundary conditions.