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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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Relativistic Energy and Momentum

According to classical physics, time flow is the same for every observer. But according to einstein's theory, time flow is different for different observers. The idea that time flow is not the same for all may sound strange because we may not experience this effect in everyday life. This effect is only observed when an object moves with some velocity comparable to the velocity of light. This velocity is termed relativistic velocity.

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<Ch 23 HW
Item 38
38 of 59
Constants
Part A
How far from a converging lens with a focal length of 23 cm should an object be placed to produce a real image which is the same size as the
object?
Express your answer to two significant figures and Include the approprlate units.
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= °p
Units
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Question 46 The magnitudes of the radii of curvature are 34.6 cm and 37.8 cm for the two faces of a biconcave lens. The glass has index of refraction 1.45 for violet light. For a very distant object, where (in cm) is the image formed by violet light located? (Answer to 1 decimal place)
xxiii
16 Two convex lenses (focal lengths f1 1.29 m, f2 = 2.86 m) have the same principal axis and are distance 66.6 m apart. An object is placed so = 43.3 m in front of the first lens, and the second lens focuses the image on a screen. Find the distance, in m, between the object and the screen.
7). A camera has a 50.0-mm lens (focus length) that is used to take a picture of an object 1.30 m tall located 4.00 m away. What is the height of the image on the film? a) 21.0 mm b) 16.5 mm c) 12.0 mm d) 10.5 mm e) 9.2 mm
3. Show that the magnification factor for a mirror or lens M = d/d do sign convention omitted) is the lateral magnification, or the ratio of the height (lateral size) of the image to that of the object. (Draw a ray diagram)
What is the difference between a converging lens and diverging lens? Explain.
2) FOCAL LENGTH OF THE LENS - USING GRAPH: A graph as been drawn between and - from the above tabulated values. 1/u Vs 1/v Graph a.100 0.095 Scale value G.090 X axis Y axis 1 unit0.005 cm 1 unit 0.005 cm .ass .ose G.040 G035 0.00s a.000 aoe aos aoo aas aan aos aoo aos ao aas aow aas aoa as aon aons ao aom aoe aon asm Complete the table below and calculate the focal length of the lens using the graph: X intercept(Value of 1/f) (cm Y intercept (Value of 1/f) (cm 1) Mean value of 1/f (cm 1) f (cm)
You have learnt that plane and convex mirrors produce virtual images of objects. Can they produce real images under some circumstances? Explain
2
3) A lens has a refractive index of 1.30. In air, it is a converging lens. Will it still be a converging lens if placed under water? Explain using a ray diagram.
Please help me with the following question, explain and make sure it's correct, thank you sm!!
di = 1 || III Problem 5: A candle (ho = 0.35 m) is placed to the left of a diverging lens (f = -0.076 m). The candle is do = 0.34 m to the left of the lens. Part (a) Write an expression for the image distance, di. a a f j P Submit В d g k S Hint Ꮎ do h m t 7 8 9 5 6 ^^^4 / * 1 2 3 + 0 - VBACKSPACE Feedback Part (b) Numerically, what is the image distance in meters? Part (c) Is this real or virtual? Part (d) Numerically, what is the image height, h¡ in meters? HOME I give up! END DEL CLEAR