Electromagnetic Waves Review

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 why the phenomenon of thin-films, slit projections and light polarization support the claim for the wave-like properties of electromagnetic waves.

Activities:
- Submit On the Fringe Pattern HW
- Tableshare Reading Notes Etkina Ch24.1 & 24.6 Review Question 24.1 & 24.6; Remembering This HW; These Slits HW; Polarization of EM Waves Activity
- WB Review: Electromagnetic Waves
- 5 minutes of Quiet Time Reflection

Homework:
Review for Electromagnetic Waves TEST

Due: Reading Notes Etkina Ch24.1 & 24.6 Review Question 24.1 & 24.6; Remembering This HW; These Slits HW; Polarization of EM Waves Activity

Coming Up
Electrostatics
What do you think about Electromagnetic Waves? WS Due: Fri. 01Dec
Electromagnetic Waves TEST: Fri. 01Dec

Polarizing Light & Review

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 effect of wave polarization on a non-polarized source; apply Malus' Law to quantitatively determine the effect of polarization axis angle on the intensity of light passing through a filter and Brewster's Angle for the complete polarization of reflected light.

Activities:
- Submit Part Wave-Icles HW; Reading Notes Etkina 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
- Share and Submit Extra I See the Light
- Tableshare On the Fringe Pattern HW
- Light Wave Polarization Notes
- Think About Polarization
- Polarization of EM Waves Activity
- These Slits HW
- Remembering This HW
- Reading Notes Etkina Ch24.1 & 24.6 Review Question 24.1 & 24.6
- 5 minutes Quiet Reflection Time

Homework:
Complete Reading Notes Etkina Ch24.1 & 24.6 Review Question 24.1 & 24.6; Remembering This HW; These Slits HW; Polarization of EM Waves Activity

Due: On the Fringe Pattern HW

Coming Up:
Electromagnetic Waves Review
What do you think about Electromagnetic Waves? WS Due: Fri. 01Dec
Electromagnetic Waves TEST: Fri. 01Dec

Extra-Extra!

I See the Light Due: the first day I see you after break.

For the remainder of this semester, we will study Electromagnetic Waves and Atomic Physics which will complete our study of light. For those that have the time, pursue the extra assignment. I suggest working with others especially if you are less experienced with using tools, but don't waste your time and certainly don't get hurt.

This activity is based on the Exploratorium Activity: Build Your Own Spectroscope. Feel free to find other build ideas, but I personally know the Exploratorium Spectroscope works. If you find a useful class resource, or need assistance, please post and respectfully respond to your classmates comments.

Have a safe and restful break!

Wave Interference

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 conditions, patterns and assumptions for interference of electromagnetic waves.

Activities:
- Submit Oh, These Films HW; EM Waves: Thin-Film Reflection Model WS; Reading Notes Etkina Ch 23.4, Review Question 23.4
- Tableshare Part Wave-Icles HW; Reading Notes Etkina 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
- 2006b AP B Free Response #6
- 2014 AP B Free Response #7
- 2011 AP B Free Response #3
- On the Fringe Pattern HW
- Reading Notes Etkina Ch 23.5 - 7, Review Question 23.5 - 7 Pick one problem each Multiple Choice, Conceptual Questions and Problems
- Preview Notes Etkina Ch 24 Electromagnetic Waves
- 5 minutes Quiet Reflection Time

Homework:
Complete On the Fringe Pattern HW

Due: Part Wave-Icles HW; Reading Notes Etkina 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

Coming Up:
Atomic Physics
Extra I See the Light Extra Due: the first day I see you after break.
What do you think about Electromagnetic Waves? WS Due: TBA
Electromagnetic Waves TEST: TBA

Young's Slit Experiments

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

Thin-Film Math

Do Now: What patterns did we notice in our blue-light model?

AIM: I can quantitatively describe the conditions for constructive and destructive wave interference and how it applies to a thin-film reflection model.

Activities:
- Submit Preview Notes Etkina Ch 23 Wave Optics
- Review EM Waves: Thin-Film Reflection Model WS
- Think about Thin-Film Interference
- 2010 AP B Free Response #5
- Oh, These Films HW
- Etkina Reading Notes Ch 23.4, Review Question 23.4
- 5 minutes Quiet Reflection Time

Homework:
Complete Oh, These Films HW; EM Waves: Thin-Film Reflection Model WS; Etkina Reading Notes Ch 23.4, Review Question 23.4

Due: Preview Notes Etkina Ch 23 Wave Optics

Coming Up:
Young's Slit Experiment
What do you think about Electromagnetic Waves? WS Due: TBA
Electromagnetic Waves TEST: TBA

Intro to Thin-Film Interference

DoNow: Read Etkina 1.6 How to Use This Book to Learn Physics, p xliii

AIM: I can qualitatively describe the conditions for constructive and destructive wave interference and how it applies to a thin-film reflection model.

Activities:
- Submit Focal Length of Lenses Lab
- Tableshare EM Waves: Thin-Film Reflection Model WS; Preview Notes Etkina Ch 23 Wave Optics
- Thin Film Interference Slideshow
- Wave Landmarks (notes)
- Wave Interference Model (notes)
- EM Waves: Thin-Film Reflection Model WS
- Think about Thin-Film Interference
- Oh, These Films HW
- Reading Notes Etkina Ch 23.4, Review Question 23.4

Homework:
Complete Oh, These Films HW; EM Waves: Thin-Film Reflection Model WS; Reading Notes Etkina Ch 23.4, Review Question 23.4

Due: Preview Notes Etkina Ch 23 Wave Optics

Coming Up:
Young's Slit Experiment
What do you think about Electromagnetic Waves? WS Due: TBA
Electromagnetic Waves TEST: TBA

Refraction TEST

DoNow: Which lens will form virtual images? Where is the virtual image formed by a single lens located?

AIM: I will show that I know refraction of light.

Activities:
- Tableshare Notebooks
- Submit Reading Notes Ch26.7 CE17, CE19, P63, P69; What do you think about Refraction? WS; Refraction of Light Phenomenon WS

- T.E.S.T Taking Formation

Top Performers and Class Average

Period	Class Average	Top Performer
3rd	79.8%	Molly & Jarod

*perfect score*

- Preview What do you think about Electromagnetic Waves? WS
- EM Waves: Thin-Film Reflection Model WS
- Preview Notes Etkina Ch 23 Wave Optics

Homework:
Complete EM Waves: Thin-Film Reflection Model WS (model construction and wave questions; Preview Notes Etkina Ch 23 Wave Optics

Coming Up:
Thin-Film Interference
Focal Length of Lenses Lab, Due: Tue., 07Nov
What do you think about Electromagnetic Waves? WS Due: TBA
Electromagnetic Waves TEST: TBA

Refraction Wrap-Up

DoNow: What is the hardest part about refraction? What equations did we use? How did Notebook Reflections help you understand your misunderstandings?

AIM: I can describe how to predict the relationships of objects, images, focal length for single and multi-mirror systems.

Activities:
- Submit Refraction WS8; Calc-you-later HW
- Tableshare your Notebook Reflection for last class
- Review ...think about Refraction? WS; Refraction of Light Phenomenon WS
- Review Focal Length of Lenses Lab Rubric
- Think about 2-Lens Drawings and Calculations
- AP2 QQT Sample Question
- WB Review: Lens Equation
- WB Review: Snell's Law

Homework:
Review for the Refraction TEST

Due: Reading Notes Ch26.7 CE17, CE19, P63, P69; What do you think about Refraction? WS; Refraction of Light Phenomenon WS <blink><-- There it is GE</blink>

Coming Up:
Refraction TEST then Electromagnetic Waves
Focal Length of Lenses Lab, Due: Tue., 07Nov
What do you think about Refraction? WS; Refraction of Light Phenomenon WS, Due: Fri., 03Nov17
Refraction TEST: Fri., 03Nov17