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Physical Foundations in Engineering II Spring 2003 Physical Foundations in Engineering II Spring 2003 PROBLEM SET 2 Issued: Tuesday, January 28, 2003 Due: Friday, January 31, at 3pm, Olin Center 369 "Mirror, mirror, on the wall, who is fairest of them all?’ From the fairy tale, Snow White Important Concepts: (a) (b) (c) (d) (e) (f) (g) (h) (i) (j) Real and Virtual Images Plane Mirror Spherical Mirrors Lens: Converging and Diverging Thin-Lens Equation (Gaussian Lens Equation) Aberrations Len’s Maker’s Equation Eyes and Eye Glasses Camera Microscope Useful Tips: (a) Read your textbook and class notes. (b) Make sure you understand in-class and textbook examples. (c) When solving a problem, think whether your steps are reasonable. When answer is obtained, think whether it makes sense; if not, explain why not and go back to find your errors in reasoning or/and algebra. (d) Whenever possible, draw a LARGE diagram to help you solve the problem. It is usually easier to see triangles and angles on large diagrams. Good luck! Textbook Reading: (a) Chapter 36 (b) A nice discussion on the topic of “Eyes and Eyeglasses” can be found in E. Hecht’s textbook Physics: Algebra and Trigonometry, 2nd edition (Section 24.5, p. 876, Section 24.6, p. 883-887). This textbook is in the library. (c) Optical aberrations are discussed very briefly in your textbook. For further discussion, see Serway’s Physics for Scientists and Engineers, 3rd edition (Section 36.5), where you can find a short 2-page discussion. This textbook is also in the library. You are, of course, welcome to use the class notes for your reference. (d) Web sites available at http://luxsci.net/zhenya/teaching_tips_and_tricks.html 1 Physical Foundations in Engineering II Spring 2003 Problems and Exercises 1. a) Wolfson and Pasachoff, Ch. 36, Problem 62 (p. 970) 2. Wolfson and Pasachoff, Ch. 36, Problem 66 (p. 970) 3. a) Wolfson and Pasachoff, Ch. 36, Problem 70 (p. 970) b) Wolfson and Pasachoff, Ch. 36, Problem 72 (p. 970) 4. Wolfson and Pasachoff, Ch. 36, Problem 71 (p. 970) 5. A small light bulb is suspended 250 cm above the surface of the water in a swimming pool. The water is 200 cm deep, and the bottom of the pool is a large plane mirror. How far below the mirror’s surface is the image of the bulb? NOTE: Electronic Problem Set 3 (EPS3) Due: Thursday, January 30, at 9 am via WebAssign 2