The Mirror Equation

DoNow: What are the light paths used to locate images in curved mirrors? What is the advantage of using these approximations when locating images? Which images are the most difficult to locate? Why? (Sequencing Activity)

AIM: I can describe how to apply the Law of Reflection and use the approximated ray patterns to qualitatively locate images formed by curved mirrors and apply the Mirror Equation to quantitatively locate images formed by curved mirrors.

Activities:
- Submit Reflection WS4, Reflection WS3
- Tableshare Crossed Thought HW; Reading Notes Ch 26.3 - 26.4 (stop at mirror equation) CQ3, CE3, CE5, P5, P7; Curved Mirror WS2; Curved Mirror WS1
- Curved Mirror WS3
- Curved Mirror Exploration Activity (verify the predicted images w/ a concave mirror)
- Mirror Equation Sign Convention (notes)
- The Mirror Equation Reading & Curved Mirror WS4 (youtube)
- Walker Reading Notes Ch 26.4 (mirror equation to end of section) CQ5, CE7, CE9, P17, P19, P21
- Mirror Maths HW
- Adopt a Classroom Fundraiser 2017-2018 (english) (spanish)

Homework: (all items are to be completed, but bold items are collected next class)
Complete Mirror Maths HW; Reading Notes Ch 26.4 (mirror equation to end of section) CQ5, CE7, CE9, P17, P19, P21; Curved Mirror WS4; Curved Mirror WS3

Due: Crossed Thought HW; Reading Notes Ch 26.3 - 26.4 (stop at mirror equation) CQ3, CE3, CE5, P5, P7; Curved Mirror WS2; Curved Mirror WS1

Coming Up:
Curved Mirror Experience
Plane Mirror Lab; Right Angle Mirror Lab; Plane Mirror Lab CER Paragraph Tue. 19Sep2017
Reflection Phenomenon WS; What do you think about Reflection? WS Due: TBA
Reflection TEST: TBA