Lesson Plan
March 2020
Sunday Monday Tuesday Wednesday Thursday Friday Saturday
1
2
per1 Activity 5: Reflected Light (4)
per2 Activity 5: Reflected Light (4)
per4 RC Circuits (2)
per5 Activity: Ohm's Law and Resistivity with Current Density
per6 Interference of Water Waves and Light with Quick Lab (3)
per8 RC Circuits (2)
3
per1 Activity 5: Reflected Light (4)
per2 Activity 5: Reflected Light (4)
per4 RC Circuits (2)
per6 Thin Film Interference with Simulation Lab (3)
per8 RC Circuits (2)
4
per1 Activity 5: Reflected Light (4)
per2 Activity 5: Reflected Light (4)
per4 Unit 8 General Practice Session
per5 Thin Film Interference with Simulation Lab (3)
per6 Thin Film Interference with Simulation Lab (3)
per8 Unit 8 General Practice Session
5
per1 Communications 1B General Practice Session
per2 Communications 1B General Practice Session
per4 Activity: RC Circuit Charge and Discharge (2)
per6 Polarization and Practice Session
per8 Activity: RC Circuit Charge and Discharge (2)
6
per1 Communications 1B General Practice Session
per2 Communications 1B General Practice Session
per4 Unit 8 General Practice Session
per6 Unit 6 General Practice Session
per7 Unit 8 General Practice Session
per8 Activity: RC Circuit Charge and Discharge (2)
Personal Day - Sub
7
8
9
per1 Activity 6: Curved Mirrors (5)
per2 Activity 6: Curved Mirrors (5)
per4 Activity: RC Circuit Charge and Discharge (2)
per5 Unit 8 Summative Assessment (2)
per6 Polarization and Practice Session
per8 Unit 8 Summative Assessment (2)
10
per1 Activity 6: Curved Mirrors (5)
per2 Activity 6: Curved Mirrors (5)
per4 Unit 8 Summative Assessment (2)
per5 The Ray Model of Light, Reflection (2)
per8 Unit 8 Summative Assessment (2)
11
per1 Activity 6: Curved Mirrors (5)
per2 Activity 6: Curved Mirrors (5)
per4 Magnetic Materials, Magnetic Forces and Fields (2)
per5 Unit 6 General Practice Session
per6 Unit 6A Summative Assessment (2)
per8 Magnetic Materials, Magnetic Forces and Fields (2)
12
per1 Activity 6: Curved Mirrors (5)
per2 Activity 6: Curved Mirrors (5)
per4 Magnetic Materials, Magnetic Forces and Fields (2)
per6 Unit 6A Summative Assessment (2)
per8 Magnetic Materials, Magnetic Forces and Fields (2)
Per6: Exam
13
per1 Activity 6: Curved Mirrors (5)
per2 Activity 6: Curved Mirrors (5)
per4 Activity: Magnetism Simulation
per6 The Ray Model of Light, Reflection (2)
per7 Activity: Magnetism Simulation
per8 Activity: Magnetic Field in a Slinky (2)
14
15
16
per1 Quiz Activities 5-6 (2)
per2 Quiz Activities 5-6 (2)
per4 Activity: Magnetic Field in a Slinky (2)
per5 Activity: Magnetic Field in a Slinky (2)
per6 The Ray Model of Light, Reflection (2)
per8 Activity: Magnetic Field in a Slinky (2)
17
per1 Quiz Activities 5-6 (2)
per2 Quiz Activities 5-6 (2)
per4 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
per6 Refraction of Light (2)
per8 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
Per1,2: Exam
18
per4 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
per5 Refraction of Light (2)
per6 Unit 6 General Practice Session
per8 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
19
per4 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
per6 Image Formation by Curved Mirrors and Spherical Lenses (3)
per8 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
20
per4 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
per6 Image Formation by Curved Mirrors and Spherical Lenses (3)
per7 Magnetic Fields Exert Forces on Moving Charges and Wires (4)
per8 Magnetic Fields from Current-Carrying Wires
21
22
23
per4 Magnetic Fields from Current-Carrying Wires
per5 The Biot-Savart Law
per6 Image Formation by Curved Mirrors and Spherical Lenses (3)
per8 The Biot-Savart Law
24
per4 Ampere's Law
per6 Unit 6 General Practice Session
per8 Ampere's Law
25
per4 Magnetic Flux
per5 Activity: Two-Lens Image Formation (2)
per6 Activity: Two-Lens Image Formation (2)
per8 Magnetic Flux
26
per4 Displacement Current
per6 Unit 6 General Practice Session
per8 Displacement Current
27
per4 Unit 9 General Practice Session
per6 Unit 6 General Practice Session
per7 Unit 9 General Practice Session
per8 Unit 9 Summative Assessment (2)
28
29
30
per4 Unit 9 General Practice Session
per5 Unit 9 Summative Assessment (2)
per6 Unit 6B Summative Assessment (2)
per8 Unit 9 Summative Assessment (2)
31
per4 Unit 9 Summative Assessment (2)
per6 Unit 6B Summative Assessment (2)
per8 Unit 9 Summative Assessment (2)
1
per4 Faraday's Law and Induced Current and Electric Fields (4)
per5 Special Relativity (2)
per6 Special Relativity (2)
per8 Faraday's Law and Induced Current and Electric Fields (4)
2
per4 Faraday's Law and Induced Current and Electric Fields (4)
per6 Black Body Radiation: The Case for Photons
per8 Faraday's Law and Induced Current and Electric Fields (4)
3
per4 Faraday's Law and Induced Current and Electric Fields (4)
per6 Photoelectric Effect, and the Particle Nature of EMR (Photons)
per7 Faraday's Law and Induced Current and Electric Fields (4)
per8 Full-Length MC Practice Exam - E & M
4