Need help with question I7 3:28 PM Wed Feb 14B<>32.13B HumaG paletine bon...white40°AAn₁ = 1.0Ln2(red)¹₂(blue)Figure 32.17= 1.60= 1.65blueredAG humerus bo...Figure 32.17 shows white light beingsplit into its colour components by dis-persion in a rectangular glass block.Only the red and blue components areshown for simplicity.(a) If the width of the block is L = 2 cmthen what is the separation s be-tween the red and bluerays whenthey reach the other side of theblock?(b) What would the width of the blockL need to be to increase the seper-ations between the red and bluerays to 2 mm on the other side of theblock?32.14 A diagnostic device uses a brightred laser light to illuminate structuresjust under the surface of the skin. Lightfrom the laser passes first through the air,and then the skin, to scatter off the sub-cutaneous structures that are to be im-aged. The scattered light passes backthrough the skin and into an optical de-vice which forms an image of the scat-tered light on a CCD array. The laser lightused has a wavelength of 633.0 nm in avacuum. The refractive indices of air, theglass used in the imaging optics, and skinare 1.008, 1.700, and 1.381 respectively.(Use c = 2.998 × 108 m s-1 for this ques-tion.)(a) What is the frequency of the redlight when it passes through eachmaterial?(b) What is the wavelength of the redlyceum.bates.edu●●●Q The Appendi...light as it passes through each ma-terial?(c) How fast does the red light travelthrough each material?=32.15 It is not possible to make imagesof, and therefore see, arbitrarily small ob-jects using visible light. The minimumsize of an object that can be 'seen' bylight using conventional optics is roughlyequal to a few times the wavelength of thelight used. If a bacterium that is 1.2 µmacross can just be seen using a particularoptical system when the bacteria is float-ing in a watery solution (nsolution = 1.35),what will be the minimum size of bac-terium that this optical system could 'see'in air (nair1.0)?(b)32.16 Light strikes a mirror as shownin Figure 32.18. This mirror has anothermirror placed at right angles to it. Suchan arrangement of mirrors is known as acorner reflector. At what angle does thelight get reflected back (i.e. what angle isthe outgoing light at when it crosses thedotted line)?Incoming 20°lightMirrorSurfaces45°x lyceum.bate... Class BIO 28...45Figure 32.18 Two mirrors are placed a right angles toone and other. This arrangement of mirrors reflects lightin a particular fashion, making them useful for a range ofpurposes.32.17 The glass half-cylinder prismshown in Figure 32.19 is used to measurethe critical angle for light of various wave-lengths. For red light the critical anglemeasured was 36.78°. For blue light thecritical angle was 36.28° (The refractiveindex of air is n = 1.0).(a) What is the refractive index of theglass for red light?What is the refractive index of theglass for blue light?0₁<00₁-0₁15°-0°Ꮎ . 15°30°0₁>00.klin. Kirsten, et al. Introduction to Biological Physics for the Health and Life Sciences. John Wiley & Sons. Incorporated. 2019. ProQuest Ebook Central.Bluelight30°45°15°0°15°45°45°Ć75030°4530°15°0°15 H6030° H45°%%niថាn₁n11₂n₂5M₂60⁰45°1.5 cm30°60°45°15°30°4530°45°0°15°45°15°0°30°15°0₂30°15°¹0°15°30°AirAir GlassRed red 1.60 nairlightnblue= 1.66Figure 32.19 A glass half-cylinder prism is constructedfrom a section of a glass half cylinder. A beam of lightaimed towards the center of the apparatus will not be re-fracted at the first air-light interface as the incident anglewill be 0° and sin 0° = 0.+80%= 90°= 1.0√45°Whitelight373ra...Figure 32.20 A beam of white light passes through aglass pane. Dispersion causes the red and blue com-ponents of the light to be bent at different angles. Afterpassing through the pane of glass the red and blue com-ponents are slightly offset.

Answered: Image /qna-images/answer/0e322655-0422-45c1-a0dc-60a6e3903c6f.jpg

32.17 The glass half-cylinder prism shown in Figure 32.19 is used to measure the critical angle for light of various wave- lengths. For red light the critical angle measured was 36.78°. For blue light the critical angle was 36.28° (The refractive index of air is n = 1.0). F 9 Р p (a) What is the refractive index of the P glass for red light? (b) What is the refractive index of the glass for blue light?

32.17 The glass half-cylinder prism shown in Figure 32.19 is used to measure the critical angle for light of various wave- lengths. For red light the critical angle measured was 36.78°. For blue light the critical angle was 36.28° (The refractive index of air is n = 1.0). F 9 Р p (a) What is the refractive index of the P glass for red light? (b) What is the refractive index of the glass for blue light?

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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