#5: Choose an answer and explain the reasoning.Part 1A lens produces a sharplyfocused, inverted image onscreen. What will you see on thescreen if a piece of dark paper islowered to cover the top half ofScreenImagethe lens?ObjectLensА.An inverted but blurry image.An image that is dimmer butotherwise unchanged.В.C. Only the top half of the image.D. Only the bottom half of the image.E. No image at all.A lens produces a sharplyfocused, inverted image on aScreenscreen. What will you see on thescreen if the lens is removed?Lens| ImageA. An inverted but blurryimage.B. An image that is dimmerbut otherwise unchanged.ObjectC. A sharp, upright image.D. A blurry, upright image.E. No image at all.Part 2A lens produces a sharply focused,inverted image on a screen. Whatwill you see on the screen if thelens is covered by a dark maskhaving a hole in the center, like onthe picture?ScreenLensImageObjectA. An inverted but blurry image.B. An image that is dimmer butotherwise unchanged.C. Only the middle piece of theimage.D. A circular diffraction pattern.Е.No image at all.

The lens produces the sharply focused inverted image which means the rays travelling parallel to the…

Part 1 A lens produces a sharply focused, inverted image on a screen. What will you see on the screen if a piece of dark paper is lowered to cover the top half of the lens? Screen Image Object Lens A. An inverted but blurry image. B. An image that is dimmer but otherwise unchanged. C. Only the top half of the image. D. Only the bottom half of the image. E. No image at all. A lens produces a sharply focused, inverted image on a screen. What will you see on the screen if the lens is removed? Screen Lens Image A. An inverted but blurry image. B. An image that is dimmer but otherwise unchanged. Object C. A sharp, upright image. D. A blurry, upright image. E. No image at all.

Part 1 A lens produces a sharply focused, inverted image on a screen. What will you see on the screen if a piece of dark paper is lowered to cover the top half of the lens? Screen Image Object Lens A. An inverted but blurry image. B. An image that is dimmer but otherwise unchanged. C. Only the top half of the image. D. Only the bottom half of the image. E. No image at all. A lens produces a sharply focused, inverted image on a screen. What will you see on the screen if the lens is removed? Screen Lens Image A. An inverted but blurry image. B. An image that is dimmer but otherwise unchanged. Object C. A sharp, upright image. D. A blurry, upright image. E. No image at all.

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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Which of the following statements is not consistent with geometric optics. a. Light rays propagate at small angles relative to the optical axis. b. The diffraction of light is neglected. c. Light rays propagate in straight lines. d. Light rays propagate near the optical axis. e. Ordinary objects always exhibit specular reflection when exposed to light.
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1. Assume that a camera has a bi-convex lens. Should you move the lens toward or away from the sensor in order to zoom in (magnify)? 2. A camera has a bi-convex lens whose focal length is 50mm. The lens’s range of motion is 5.56mm starting from 50mm from the sensor and moving away. What are the minimum and maximum possible object positions for which the image is in focus? 3. For the camera in the previous question, when a 300mm tall object is at the minimum distance, will it fit on a Canon APS-C sensor? Hint: Look up the size of this camera sensor. 4. See Figure 10.7! A circular piece of glass (n=1.5) has been cut in half as shown and is being used as a lens for a set of five parallel rays. The angles at which the rays are incident on the circular side of the lens are shown, and the image is drawn to scale. First, calculate the 5 angles of refraction for each of the 5 angles of incidence, respectively. Second, use a protractor to draw the refracted rays such that they intersect the…
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