Help your students build real understanding of outcomes in imaging contexts through ninety questions that move from basic recognition to genuine reasoning about physics concepts.
Sample questions include "In a ray diagram for a concave lens, where is the virtual image located?", "What happens to the image size when the object is moved further away from a concave mirror?", and "What type of image is formed when an object is placed between a concave mirror and its focal point?"
All three worksheets cover the same topic in different question styles. That means you can use one as a pretest, another for practice or homework, and the third as a follow up quiz, without students ever seeing the same question twice.
This set is part of a standards aligned physics unit. The unit also covers Reflection Principles for Light, Refraction Principles Across Media, Optical Behavior with Laws, Ray Models as Predictive Tools, Ray Diagrams for Image Location, and Ray Diagrams for Image Size, all in the same three worksheet format, so your classroom routine stays familiar while the topic changes.
Suitable for Grade 9-12 physics classes, and for review at any point in the school year. This set is aligned to Virginia SOL standard PH.6.b.
