LOCATING IMAGES IN A PLANE MIRROR Part A - Drawing an Image Point Object First Ray 1. Draw an incident ray from the object to some point of incidence on the mirror. 2. Draw the point of incidence. 3. Draw the normal from the point of incidence. 4. Measure the angle of incidence, and then draw the reflected ray. 5. Extend the reflected ray behind the mirror. Use a dashed line behind the mirror. Second Ray (use a different colour if possible) 1. Draw a second incident ray from the object to some other point of incidence on the mirror. 2. Draw the new point of incidence. 3. Draw the normal from this new point of incidence. 4. Measure the angle of incidence, and then draw the new reflected ray. 5. Extend this reflected ray behind the mirror. Use a dashed line behind the mirror. The point where the two extended rays cross behind the mirror is where the image of the object should be located. Label it I.

LOCATING IMAGES IN A PLANE MIRROR Part A - Drawing an Image Point Object First Ray 1. Draw an incident ray from the object to some point of incidence on the mirror. 2. Draw the point of incidence. 3. Draw the normal from the point of incidence. 4. Measure the angle of incidence, and then draw the reflected ray. 5. Extend the reflected ray behind the mirror. Use a dashed line behind the mirror. Second Ray (use a different colour if possible) 1. Draw a second incident ray from the object to some other point of incidence on the mirror. 2. Draw the new point of incidence. 3. Draw the normal from this new point of incidence. 4. Measure the angle of incidence, and then draw the new reflected ray. 5. Extend this reflected ray behind the mirror. Use a dashed line behind the mirror. The point where the two extended rays cross behind the mirror is where the image of the object should be located. Label it I.

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter26: Image Formation By Mirrors And Lenses

Section: Chapter Questions

Problem 10CQ

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Directions: Write Tif the statement is true and Fif it is false. 1. The most common application of lenses is in cameras. 2. All light rays passing through the focal point and incident on the reflective side of the mirror will be reflected parallel to each other. 3. A person with nearsightedness needs diverging lenses for their eyeglasses. _4. When an object is placed on the focal length of a converging lens, no image is formed. 5. For the eye, the image formed on the retina is real, inverted, and diminished.
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please solve for the following problems to identify the characteristics of an image of object. 1. A lit candle is placed 20 cm in front of a concave mirror with a focal length of 15 cm. Where does the image form and its magnification? 2.
Convex mirror has fcal length 400.0 m.Object with height 4.0 m is placed 45.0 m from in front of this mirror. 1. Find position of image for the mirror 2. Find magnification of this image. 3. Is this image real or virtual, upright or inverted, and magnified or diminished.
The magnitude of the focal length of a convex mirror is 25.0 cm. An object isplaced at 40.00 cm from the mirror.a. Draw the ray tracing of an object of length 5.0 cm perpendicular to the axis.b. Is the image real or virtual? c. Is the image upright or inverted? d. Where will the image form? e. What is the magnification?
4. Diverging Lens - Object Inside Focal Point An object with heigh 0.75cm is placed a distance of 2.5 cm in front of a thin diverging lens with focal length -15cm. A. What is the image position in cm? Please draw a ray diagram and use the lens equation to solve algebraically. B. What is the image height? C. What is the magnification? ↑ 1 1 do d₁ + = 1 m= hi ho di do Skill: Find an Image Using 3 Principle Rays in Ray Diagram Skill: Find an Image Using the Lens Equation
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