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Optics is a significant contribution to the field of physics. This area of physics focuses on light and its characteristics. Optics studies the behavior of light and its properties, such as reflection, refraction, transmission, and diffraction. The subject becomes challenging to study for some students due to its underlying concepts, practical implications, complex formulas, and diagrams. That's why we exist to help you in such a situation! Contact TutorBin's specialists if you want to finish your optics homework perfectly.

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Topics | Benefits |
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Geometrical optics | Top-notch quality by eminent tutors |

Wave optics | 0% plagiarism |

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**Difficulty in understanding math**: To do optics homework, you'll need a firm grasp of math. Students find math difficult because it necessitates an understanding of abstract concepts, the ability to analyze problems, and memorizing several formulas.**Inability to draw diagrams yourself**: While solving optics questions, making accurate diagrams is crucial. You might be unable to draw diagrams if you lack basic knowledge and conceptual clarity. Moreover, a wrong diagram could lead you to an inaccurate solution.**Inability to understand practical application**: You often conceptually understand a topic but struggle to see how it applies to address problems. It is one of the leading causes of why students find optics complex.**Lack of 1:1 guidance**: When you have trouble doing optics homework, you need personalized assistance to understand concepts and complete your homework. You'd most likely ask your optics professor for help in college. But usually, college lecturers have busy schedules. As a result, 1:1 assistance is not always possible in college, and you find it challenging to complete your homework.**Personal emergencies**: Homework completion is an important part of college life but personal emergencies reduce the time for doing homework. You only have limited time due to personal crises, extracurricular activities, lectures, and part-time employment. It makes it difficult for most students to complete their optics homework.**Vast syllabus**: Lengthy syllabus is another thing that restricts students from completing their homework. It becomes problematic for them to memorize the formulas and understand different concepts within a short period.

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**Geometrical Optics**

Ray optics is another name for geometric optics. It is the representation of light in terms of rays. So, what do you study in this? Our optics tutors help you with the phenomena of reflection and refraction.

**Physical Optics**

It is another name for wave optics and deals with the phenomena of polarisation, diffraction, and interference. Our tutors cover numerous phenomena, such as how a compact disc's colors change with different angles.

**Quantum Optics**

The study of light as particles is known as quantum optics. It explains the properties of light (an electromagnetic wave) and photons (a stream of particles).

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**Q1:**In Fig. 33-41, a beam of unpolarized light, with intensity43 W/m , is sent into a system of two polarizing sheets with polarizing directions at angles 01 = 70° and 02 = 90° to they axis. What is the intensity of the light transmitted by the system? See Answer**Q2:**1. What happens to light when it passes througha medium other than a vacuum? Why?See Answer**Q3:**4. Describe the distinction between a real image and a virtual image. For each of the following, describe what kind(s) of image(s) can be formed (real or virtual, right-side-up or upside-down, larger or smaller than the object), how each is formed and, quantitatively,how does one find the location of the images. Also, draw an appropriate ray diagram (or diagrams) to show how to find the image for each, given the focal length and an object of a particular size and distance. If there is more than one case (such as both real and virtual images), make a diagram for each case: (a) Plane mirror (b) Concave spherical mirror (c) Convex spherical mirror (d) Positive lens (e) Negative lens.See Answer**Q4:**5. How does a camera work? How does a magnifying glass work? How does a telescopework?See Answer**Q5:**2. By considering the plot of Fresnel diffraction from an opaque edge, what is the transverse distance from the classic shadow edge to the line of peak irradiance? Estimate the value for A = 650 nm (red) and a distance of z = 1.0 m from the opaque screen.See Answer**Q6:**2. Explain what is meant by the index of refraction of a medium. What is meant by dispersion? What is Snell's law? What is meant by"geometrical optics?" Compare and contrast this to "wave optics."a light ray? What is meant bySee Answer**Q7:**3. Describe, qualitatively and quantitatively, reflection and refraction. What is meant by total internal reflection. Give an example.See Answer**Q8:**Suppose the transmission axes of the left and right polarizing disks are perpendicular to each other. Also, let the center disk be rotated on the common axis with and angular speed w, this means 0 = wt. a) Show that if unpolarized light is incident on the left disk with an intensity of Imax, the intensity of the beam emerging from the right disk is: I=\frac{1}{16} I_{\max }(1-\operatorname{Cos}(4 \omega t)) You will find the following trigonometric identities helpful: \operatorname{Cos}^{2}(\theta)=\frac{1}{2}(1+\operatorname{Cos}(2 \theta)) \quad \operatorname{Sin}^{2}(\theta)=\frac{1}{2}(1-\operatorname{Cos}(2 \theta)) \quad \operatorname{Cos}^{2}\left(90^{\circ}-\theta\right)=\operatorname{Sin}^{2}(\theta) ) Sketch a plot of the emerging intensity as a function of time using w = 0.5 Fad, and Imax = 16m2. Compare the frequency the disk rotates and the frequency of oscillation of you intensity plot. Explain how/ why one is 4x the other.See Answer**Q9:**Question 2: Consider a sequence of ideal polarizing filters, each with its axis making the same angle with the axis of the previous filter. These polarizers rotate the plane of polarization of a light beam by a total angle of 45°. a) In order to have no more than a 10.0% reduction of intensity, what is the minimum number of polarizers needed?Hint: The equation you will set up to solve this will be transcendental, so it is impossible to solve with pen and paper. You should graph both sides of the function separately and see where they intersect. b) What is the angle between adjacent polarizers?See Answer**Q10:**3. A sheet of acrylic can be a molded into a Fresnel lens to provide a reading aid. Consider an arrangement that provides a x2 magnification for the reader when placed 100 mm above the text (take d =550 nm corresponding to the middle of the visible spectrum). What is the diameter of the central Fresnel zone? How many Fresnel zones are there across the diagonal of an A4 (210 mm×297 mm) format magnifier? Hint: think about what focal length for the lens is required.See Answer**Q11:**4. The angular distance between the centre and the first minimum of a single-slit Fraunhofer diffraction pattern is called the half-angular breadth; find an expression for it. Find the value for a slit width of 0.1 mm and a wavelength A = 650 nm. What would be the corresponding distance on a viewing screen 2 m from the slit?See Answer**Q12:**7. What diffraction orders are present for normal incidence on a diffraction grating with as inusoidal phase grating?See Answer**Q13:**8. What diffraction orders are present for normal incidence on a diffraction grating with a sawtooth phase grating?See Answer**Q14:**5. Show that for a double slit Fraunhofer diffraction pattern, if d = mw, the number of bright fringes within the central diffraction maximum will be equal to 2m.See Answer**Q15:**A transmission diffraction grating has 300 lines per millimetre and is illuminated from the normal. What is the range of first-order diffraction angles for visible light 380 to 740 nm?See Answer**Q16:**1. What is the result of the superposition of two monochromatic, counter-propagating electromagnetic waves A cos(kz – wt) and A cos(kz + wt)?See Answer**Q17:**Use the poll to answer questions.See Answer**Q18:**1. An 1 m-tall vertical arrow is placed 8 m away from the converging lens with the focal length of 5 m.See Answer**Q19:**3. (Test advanced understanding of RSoft) Draw an asymmetric planar wave guide on RSoft such as the one showed in Figure 2. (10 marks) a) Run a thickness sweep (from 0.1 to 1 μm) for the propagating medium and plot the effective index as a function of the nitride thickness for the fundamental mode at 1550 nm. What are the effective indices in the limits (thickness-0 ) and (thickness - infinity) b) For a 1-um-thick silicon nitride layer, use monitors to determine the partial power on each layer for the fundamental mode. (2 marks) c) Repeat part b but for a silicon nitride layer thickness of 0.5 µm (2 marks). d) At what silicon nitride thickness do you start to see the first higher order mode? (1 mark) e) Repeat part b but for the first higher order mode and the thickness you just determined (2marks). See Answer**Q20:**Question 2 Hypothesis: In an If /Then statement highlight the purpose of the experiment. For instance: If two same shape objects but with different masses are dropped from same height, then they will hit the ground at the same time.See Answer

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