DoNow: Peer review and edit the previous daily notebook reflection. Offer or ask for clarification. Date and initial your approval or request for additional information.
AIM: I can describe the outcome of Thomas Young's Double-Slit experiment, how the result supports the wave model of light and the relationship of the slit equation and superposition of waves.
Activities:
- Submit Preview Notes Etkina Ch 23 Wave Optics
- Tableshare Oh, These Films HW; EM Waves: Thin-Film Reflection Model WS; Etkina Reading Notes Ch 23.4, Review Question 23.4
- EM Waves: Young's Slit Experiment WS
- 2006 AP B Free Response #6
- Part Wave-Icles HW
- Etkina Reading Notes Ch 23.1 - 23.3, Review Question 23.1 - 23.3 Pick one problem each Multiple Choice, Conceptual Questions and Problems
- 8 minutes Quiet Reflection Time
Homework:
Complete Part Wave-Icles HW; Etkina Reading Notes Ch 23.1 - 23.3, Review Question 23.1 - 23.3 Pick one problem each Multiple Choice, Conceptual Questions and Problems; EM Waves: Young's Slit Experiment WS
Due: Oh, These Films HW; EM Waves: Thin-Film Reflection Model WS; Etkina Reading Notes Ch 23.4, Review Question 23.4
Coming Up:
More EM Wave Interference
What do you think about Electromagnetic Waves? WS Due: TBA
Electromagnetic Waves TEST: TBA
An email was sent this week asking about the solution for Oh, These Films HW.
ReplyDelete"…part D of number 2… Each of the thicknesses provided do not actually interfere constructively or destructively with 500 nm light at an index of refraction of 1.25. I found that if the index of refraction suddenly became 1.3, the problem worked itself out, but that's not what you wrote in the problem. How should I do this problem?"
Does anyone have a suggestion?