Curved Mirror Worksheet. Web figure 16.15 shows the meanings of most of the variables we will use for calculations involving curved mirrors. The basic equation that describes both lenses and mirrors is the lens/mirror equation.
A real image is produced. (a) what is the focal length of the concave mirror? The object is between the center of curvature of the mirror and the focal point of the mirror.
Where will the image form if the same object is placed 36 cm in front of the same mirror as in #1? The magnification produced by the mirror is − 0. C f is the image real or virtual?
If the object is 12 cm tall, what will be the height of the image? The following figure shows two light rays from the same point on an object that are incident on a concave mirror. (a) what is the focal length of the concave mirror?
Worksheets are mirror ray diagram work answers, work 6 curved mirror problems quantitative, convex mirror ray diagrams answer key, lens ray diagram answer, 1 1 1 h d i i in every problem draw a ray i o f h d o o, ray diagrams for concave mirrors, activity 5 curved mirrors,. This 2 page worksheet provides practice dawing ray diagrams for concave and convex mirrors. Is the image erect or inverted?
Use the rules from the optical ray diagram rules information sheet, follow along with your teacher to draw the ray diagrams for the various cases of optical references. Figure 16.15 look for the variables, do, d, ho, h, and f in this figure. Then use the curved mirror equation or similar triangles within your ray diagram to find quantitative answers.
Teachers may print the entire packet or individual worksheets and use. You have a concave mirror that has a focal. Worksheets are synchronized to readings from the physics classroom tutorial and to sublevels of the minds on physics internet modules.
