angle with respect
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Q: A weavelength of blue light in ail is 4500 AC What frequency! If refractive index be I glears is…
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Q: Polacization Hassarask For eack questien, celoulate the intensity of light that mahes it through the…
A: Malus's law: According to Malus's law, when a plane-polarized light has an intensity Io pass through…
Q: The wavelength of greed light in air is 5300 A. U. (a) What is its wavelength in glass 3 whose…
A: Refractive index = Speed of light in airSpeed of light in a given mediumμ = cvThe wavelength of the…
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Q: A plane wave is normally propagating from air into a homogenous medium wi th E2 = 3, H,2 =1, o; = 0…
A: Given: εr2=3 μr2=1 σ1=0 Ei0=1×10-3V/m
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A: When an unpolarized light passes through the horizontally oriented polarizer, the intensity of the…
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Q: Assume with intensity of I. is light soure a directed fom air to on ab sor bing medium A with an…
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Q: a) Use Huygen’s geometrical construction to show how a plane wave-front at t = 0 propagates and…
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Q: (c) A monochromatic wave is incident on a flat surface of a dielectric material of permittivity e at…
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Q: Example /a straight and long wire with a vertical pos ition through which a current of intensity amp…
A: The magnetic field due to a straight current-carrying wire at a distance d is given by: B=μ04π×2Id
Q: Quppase you want to reduce the intensity o7 pol ar izecd light From 0.51KW/m* to 12.5 I=0.51KW/mº…
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Q: Consider a rectangular waveguide with perfect conducting walls, where one corner is placed at the…
A: Consider the rectangular waveguide depicted in the diagram below. Assume the wave path is filled…
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A: Given: The angular frequency is ωk. The amplitude is p. Introduction: Circularly polarized light…
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A: Write the expression for the average pressure for the totally reflecting surface. Here, I…
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A: Given Data: The aperture length is, D = 5 cm. The wavelength is, λ=550 nm. The angular half width…
Q: X-rays of wavelength of 1.54 angstroms are used to calculate the spacing of (200) plan in platinum.…
A: nλ=2dsinθ11.54 A0=2dsin22.4°d=2.02 A°
Q: (a) Write the conditions under which light sources can be said to be coherent. (b) Why is it…
A: Due to multiple questions posted, we will be answering the first question. If any specific question…
Q: The critical angle for total internal reflection ata boundary between two materials is 58°. What is…
A: Critical angle, c = 58°
Q: The helium-neon laser usually used in classrooms typically provides an intensity of about 1m/mm².…
A: Given, The intensity provided by the helium-neon laser, I=1 mW/mm2=10-310-6=103 W/m2
Q: A parallel beam of monochromatic light is incident on glass at 60°. Find the ratio of width of beam…
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Q: Sunlight glass plate at glancing angle of 40°. The reflection ray is found to be completely plane…
A: To find-R.I. of glass (μ)=?Given data-Glancing angle (rp)=400
Q: S1, S2 re Two Pisa pomt on The To Cohevent sources of light. 4 sereen Such That (SzP- SiP) t =…
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Q: A tronsp arent cglinder of a mirrored sur #1 Incoming ray ra dius R:2,00 m ha s face on its right…
A: Snell's law states that the ratio of sine of angle of incidence to the sine of angle of refraction…
Q: Find the angle of refraction, b) the critical angle of the plane wave coming from the lossless…
A: Given θ1=22 εr=3.6 , μr=1 Refrective index air n2=1
Q: Unreasonable ResultsTo save money on making military aircraft invisible to radar, an inventor…
A: Refraction index of non reflective material is 1.20 Wavelength of the radar is 4 cm
Q: a-)Consider an oblique incidence geometry with a parallel polarized plane wave. The wave is incident…
A: Brewster’s angle
Q: peaker has a diameter of 0.356 m. (a) Assuming that the speed of sound is 343 m/s, find the…
A: Given:- The speaker diameter d = 0.356 m The speed of sound v = 343 m/s Find:- a) The diffraction…
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Q: Assuming that a fiber optic cable has an index of refraction of roughly 1.5, and that the light is…
A: Write the expression. IreflectedIincident=n2-n12n1+n22 Substitute the values. n2=1.5n1=1…
Q: In a double-slit experiment, d 21um and the wavelength of the light is A = 431nm. The intensity of…
A:
Derive the transmission and reflection coefficients of monocrhromatic plane wave hitting (i) normal and (ii) at angle with respect to the medium. For (ii) consider the case if the polarization of the incident wave is parallel or perpendicular to the plane of incidence
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