Lesson Plan
February 2020
Sunday Monday Tuesday Wednesday Thursday Friday Saturday
26
27
per1 Midterm Examination
per2 Midterm Examination
per4 Midterm Examination (3)
per5 Equipotential Lab
per6 Midterm Examination (3)
per8 Midterm Examination (3)
Science free response midterms
28
per1 Midterm Examination
per2 Midterm Examination
per4 Midterm Examination (3)
per6 Midterm Examination (3)
per8 Midterm Examination (3)
Science multiple choice midterms
29
per1 Supplement: Hidden Figures (3)
per2 Supplement: Hidden Figures (3)
per4 Midterm Examination (3)
per5 Midterm Examination (3)
per6 Activity: Magnetism Simulation
per8 Midterm Examination (3)
End MP2
30
per1 Supplement: Hidden Figures (3)
per2 Supplement: Hidden Figures (3)
per4 Gauss's Law (2)
per6 Magnetic Materials, Magnetic Forces and Fields (3)
per8 Gauss's Law (2)
31
per1 Supplement: Hidden Figures (3)
per2 Supplement: Hidden Figures (3)
per4 Gauss's Law (2)
per6 Magnetic Materials, Magnetic Forces and Fields (3)
per7 Gauss's Law (2)
per8 Unit 7 General Practice Session
1
2
3
per1 Midterm Examination
per2 Midterm Examination
per4 Conductors in Electrostatic Equilibrium
per5 Unit 7 General Practice Session
per6 Calculating the Magnetic Field Due to a Current
per8 Conductors in Electrostatic Equilibrium
4
per1 Activity 1: Making Waves (5)
per2 Activity 1: Making Waves (5)
per4 Potential Difference and Electric Potential
per6 Magnetic Fields Exert Forces on Moving Charges and Wires (3)
per8 Potential Difference and Electric Potential
5
per1 Activity 1: Making Waves (5)
per2 Activity 1: Making Waves (5)
per4 Potential in Uniform Electric Fields and Due to Point Charges (2)
per5 Activity: Magnetic Field in a Slinky (2)
per6 Activity: Magnetic Field in a Slinky (2)
per8 Potential in Uniform Electric Fields and Due to Point Charges (2)
6
per1 Activity 1: Making Waves (5)
per2 Activity 1: Making Waves (5)
per4 Potential in Uniform Electric Fields and Due to Point Charges (2)
per6 Magnetic Fields Exert Forces on Moving Charges and Wires (3)
per8 Potential in Uniform Electric Fields and Due to Point Charges (2)
7
per1 Activity 1: Making Waves (5)
per2 Activity 1: Making Waves (5)
per4 Electric Field from Electric Potential
per6 Magnetic Fields Exert Forces on Moving Charges and Wires (3)
per7 Electric Field from Electric Potential
per8 Unit 7 General Practice Session
8
9
10
per1 Supplement: The Vertical Spring
per2 Supplement: The Vertical Spring
per4 Electric Potential due to Continuous Charge Distribution
per5 Unit 7 General Practice Session
per6 Induced Currents, Motional emf, Magnetic Flux, and Faraday's Law (3)
per8 Electric Potential due to Continuous Charge Distribution
11
per1 Activity 1: Making Waves (5)
per2 Activity 1: Making Waves (5)
per4 Electric Potential due to a Charged Conductor
per6 Induced Currents, Motional emf, Magnetic Flux, and Faraday's Law (3)
per8 Electric Potential due to a Charged Conductor
12
per1 Quiz: Activity 1 (2)
per2 Quiz: Activity 1 (2)
per4 Unit 7 Summative Assessment (2)
per5 Induced Currents, Motional emf, Magnetic Flux, and Faraday's Law (3)
per6 Unit 5 General Practice Session
per8 Unit 7 Summative Assessment (2)
13
per1 Quiz: Activity 1 (2)
per2 Quiz: Activity 1 (2)
per4 Unit 7 Summative Assessment (2)
per6 Unit 5 General Practice Session
per8 Unit 7 Summative Assessment (2)
Per 4,8: Exam
14
No School - Inservice
15
16
17
No School - Presidents' Day
18
per1 Activity 2: Sound In Strings (2)
per2 Activity 2: Sound In Strings (2)
per4 Defining and Calculating Capacitance (2)
per6 Unit 5 General Practice Session
per8 Defining and Calculating Capacitance (2)
19
per1 Activity 2: Sound In Strings (2)
per2 Activity 2: Sound In Strings (2)
per4 Defining and Calculating Capacitance (2)
per5 Survey of Wave Properties with Slinky and Ripple Tank (4)
per6 Unit 5 Summative Assessment (2)
per8 Defining and Calculating Capacitance (2)
20
per1 Activity 3: Sounds From Vibrating Air
per2 Activity 3: Sounds From Vibrating Air
per4 Capacitors in Combination, Stored Energy, and Dielectrics (2)
per6 Unit 5 Summative Assessment (2)
per8 Capacitors in Combination, Stored Energy, and Dielectrics (2)
Per 6: Exam
21
per1 Communications 1A General Practice Session
per2 Communications 1A General Practice Session
per4 Capacitors in Combination, Stored Energy, and Dielectrics (2)
per6 Survey of Wave Properties with Slinky and Ripple Tank (4)
per7 Capacitors in Combination, Stored Energy, and Dielectrics (2)
per8 Activity: Meters in Circuits Quick Lab
22
23
24
per1 Activity 4: Making Sound Electronically
per2 Activity 4: Making Sound Electronically
per4 Current, Resistance, and Ohm's Law
per5 Activity: Meters in Circuits Quick Lab
per6 Survey of Wave Properties with Slinky and Ripple Tank (4)
per8 Current, Resistance, and Ohm's Law
25
per1 Supplement: Musical Scales
per2 Supplement: Musical Scales
per4 Electric Energy and Power
per6 What is Light?
per8 Electric Energy and Power
26
per1 Communications Chapter 1A Exam (2)
per2 Communications Chapter 1A Exam (2)
per4 Networks of Resistors and Voltage Sources (3)
per5 Interference of Water Waves
per6 Interference of Water Waves and Light with Quick Lab (3)
per8 Networks of Resistors and Voltage Sources (3)
27
per1 Communications Chapter 1A Exam (2)
per2 Communications Chapter 1A Exam (2)
per4 Networks of Resistors and Voltage Sources (3)
per6 Survey of Wave Properties with Slinky and Ripple Tank (4)
per8 Networks of Resistors and Voltage Sources (3)
28
per1 Activity 5: Reflected Light (4)
per2 Activity 5: Reflected Light (4)
per4 Networks of Resistors and Voltage Sources (3)
per6 Wave Speed and Refraction: Crests and Rays
per7 Networks of Resistors and Voltage Sources (3)
per8 Activity: Ohm's Law and Resistivity with Current Density
29