Direction: You will be given two problems: one involves curved mirrors, while the other one involves lenses. Your task are to predict the qualitative characteristics (location, orientation, size, and type) of images formed by a curved mirror or a lens by applying the ray diagramming technique and supporting it with calculation involving mirror or lens equation and to explain its possible to an optical instrument. DESCRIPTION FOR RAY DIAGRAMMING 1. The ray diagram used the correct illustration of the mirror/lens being demonstrated in the problem. 2. The ray diagram plotted the object on its correct location. 3. The ray diagram used the 4 principal rays in mirror/ 3 most useful rays in lenses 4. The ray diagram plotted the image on its correct location. 5. The ray diagram completed the Lost table of the object being diagrammed.l. Scientist use mirror to see the teeth's image during an},r dental procedures. Having this in mind= let's answer a problem: A Lin-cm tooth is placed 3.1km from a concave mirror having a focal length of ll cm. Determine the image distance and image height. Il'vtlAGEFS LOST m 2. In this time of digital age, photocopier has been a helpful for student and even in ofces. Having this mind, let's answer a problem: 1What is the image distance and image size if a 4.l}cm tall object is placed at a distance of Ill.\" cm from a convex lens having a focal length of 5.0 cm? Il'vtlAGEFS LOST m