Semester 1 Assignment Plan
Regular Physics
Date
Aug 20-23
Aug 26-30
Sep 2-6
Sep 9-13
Sep 16-20
Mid Q1
Sep 23-27
Sep 30Oct 4
Oct 7-11
Oct 14-18
End 1st Q
Oct 21-25
Oct 28Nov 1
Nov 4--8
PTC
Nov 11-15
Nov 18-22
Mid Q2
Nov 25-29
TGBreak
Dec 2-6
Dec 9-13
Dec 16-20
Sem Finals
Xmas
Xmas
Topic
Getting to
know us and
Physics
Book Chap:
Read/Notes
Click for more
info
C
Practice
Probs.
Section
Review
Questions
End of Chapter
Questions and
Problems
Problem Sets
Safety Sheet
signed
Labs/Sims
Garphing Motion
Test
Mechanics
Baseline Test
Jan 6-10
End of Sem
Regular Physics Weekly Lesson Plan
Week 1: Aug 19-23
Home
Day
Section
Monday
No school
Tuesday
½ day
Wednesday
starting
Concepts
Lecture Topic
This is me
Demos
Labs
Videos
Homework
Sound; waves; duck
Go over lab safety in
physics
Lab 1 Walking
with graphs
Safety sheet
Thursday
Sign safety
sheet
Test/
Quiz
Friday
Mechanics
Test
Next Week
Saftey test
Mon
Regular Physics Weekly Lesson Plan
Week 2: Aug 26-30
Home
Day
Monday
Tuesday
Wednesday
Section
Concepts
Lecture Topic
Demos
Labs
Videos
Homework
Test/
Quiz
Thursday
Friday
Next Week
Regular Physics Weekly Lesson Plan
Week 3: Sep 2-6
Home
Day
Monday
Tuesday
Wednesday
Section
Concepts
Lecture Topic
Demos
Labs
Videos
Homework
Test/
Quiz
Thursday
Friday
Next Week
Regular Physics Weekly Lesson Plan
Week 4: Sep 9-13
Home
Day
Monday
Tuesday
Section
Concepts
Lecture Topic
Demos
Labs
Videos
Homework
Test/
Quiz
Wednesday
Thursday
Friday
Next Week
Regular Physics Weekly Lesson Plan
Week 5: Sep 16-20
Home
Day
Monday
Section
Concepts
Lecture Topic
Demos
Labs
Videos
Homework
Test/
Quiz
Tuesday
Wednesday
Thursday
Friday
Next Week
Regular Physics Weekly Lesson Plan
Week 6: Sep 23-27
Home
Day
Monday
Section
Concepts
Lecture Topic
Demos
Labs
Videos
Homework
Test/
Quiz
Tuesday
Wednesday
Thursday
Friday
Next Week
Regular Physics Weekly Lesson Plan
Week 7: Sep 30-Oct 4
Home
Day
Monday
Section
Concepts
Lecture Topic
Demos
Labs
Videos
Homework
Test/
Quiz
Tuesday
Wednesday
Thursday
Friday
Next Week
Regular Physics Weekly Lesson Plan
Week 8: Oct 7-11
Home
Day
Monday
Tuesday
Wednesday
Thursday
Friday
Next Week
Section
Concepts
Lecture Topic
Demos
Labs
Videos
Homework
Test/
Quiz
Home
Chapter
Section
Ch 22.1
Pages
590-600
Objectives
Describe conditions that create current in an electric
circuit.
Explain Ohm’s Law
Design closed circuits.
Vocab
Electric current, conventional
current, battery, electric circuit,
ampere resistance, resistor,
parallel connection, series
connection
Electric current, Electrical kinetic
energy, conservation of charge,
conservation of energy, Rate of
charge flow, rate of energy
transfer, power, Ohm’s Law,
changing resistance, circuit
diagram, drawing schematic
diagram
Kilowatt-hour, superconductor
Energy transfer in circuits,
thermal energy,
superconductors, electric
transmission, kilowatt-hour
Differentiate between power and energy in an electric
circuit
Ch 22.2
591-605
Explain how electric energy is converted into thermal
energy
Explore ways to deliver energy to consumers
Define the kilowatt-hour
Concepts
Home
Chapter
Section
Ch 22.1
Pages
590-600
Objectives
Describe conditions that create current in an electric
circuit.
Explain Ohm’s Law
Design closed circuits.
Vocab
Electric current, conventional
current, battery, electric circuit,
ampere resistance, resistor,
parallel connection, series
connection
Electric current, Electrical kinetic
energy, conservation of charge,
conservation of energy, Rate of
charge flow, rate of energy
transfer, power, Ohm’s Law,
changing resistance, circuit
diagram, drawing schematic
diagram
Kilowatt-hour, superconductor
Energy transfer in circuits,
thermal energy,
superconductors, electric
transmission, kilowatt-hour
Differentiate between power and energy in an electric
circuit
Ch 22.2
591-605
Explain how electric energy is converted into thermal
energy
Explore ways to deliver energy to consumers
Define the kilowatt-hour
Concepts
Home
Chapter
Section
Ch 22.1
Pages
590-600
Objectives
Describe conditions that create current in an electric
circuit.
Explain Ohm’s Law
Design closed circuits.
Vocab
Electric current, conventional
current, battery, electric circuit,
ampere resistance, resistor,
parallel connection, series
connection
Electric current, Electrical kinetic
energy, conservation of charge,
conservation of energy, Rate of
charge flow, rate of energy
transfer, power, Ohm’s Law,
changing resistance, circuit
diagram, drawing schematic
diagram
Kilowatt-hour, superconductor
Energy transfer in circuits,
thermal energy,
superconductors, electric
transmission, kilowatt-hour
Differentiate between power and energy in an electric
circuit
Ch 22.2
591-605
Explain how electric energy is converted into thermal
energy
Explore ways to deliver energy to consumers
Define the kilowatt-hour
Concepts
Home
Chapter
Section
Ch 22.1
Pages
590-600
Objectives
Describe conditions that create current in an electric
circuit.
Explain Ohm’s Law
Design closed circuits.
Vocab
Electric current, conventional
current, battery, electric circuit,
ampere resistance, resistor,
parallel connection, series
connection
Electric current, Electrical kinetic
energy, conservation of charge,
conservation of energy, Rate of
charge flow, rate of energy
transfer, power, Ohm’s Law,
changing resistance, circuit
diagram, drawing schematic
diagram
Kilowatt-hour, superconductor
Energy transfer in circuits,
thermal energy,
superconductors, electric
transmission, kilowatt-hour
Differentiate between power and energy in an electric
circuit
Ch 22.2
591-605
Explain how electric energy is converted into thermal
energy
Explore ways to deliver energy to consumers
Define the kilowatt-hour
Concepts
Home
Chapter
Section
Ch 22.1
Pages
590-600
Objectives
Describe conditions that create current in an electric
circuit.
Explain Ohm’s Law
Design closed circuits.
Vocab
Electric current, conventional
current, battery, electric circuit,
ampere resistance, resistor,
parallel connection, series
connection
Electric current, Electrical kinetic
energy, conservation of charge,
conservation of energy, Rate of
charge flow, rate of energy
transfer, power, Ohm’s Law,
changing resistance, circuit
diagram, drawing schematic
diagram
Kilowatt-hour, superconductor
Energy transfer in circuits,
thermal energy,
superconductors, electric
transmission, kilowatt-hour
Differentiate between power and energy in an electric
circuit
Ch 22.2
591-605
Explain how electric energy is converted into thermal
energy
Explore ways to deliver energy to consumers
Define the kilowatt-hour
Concepts
Home
Chapter
Section
Ch 22.1
Pages
590-600
Objectives
Describe conditions that create current in an electric
circuit.
Explain Ohm’s Law
Design closed circuits.
Vocab
Electric current, conventional
current, battery, electric circuit,
ampere resistance, resistor,
parallel connection, series
connection
Electric current, Electrical kinetic
energy, conservation of charge,
conservation of energy, Rate of
charge flow, rate of energy
transfer, power, Ohm’s Law,
changing resistance, circuit
diagram, drawing schematic
diagram
Kilowatt-hour, superconductor
Energy transfer in circuits,
thermal energy,
superconductors, electric
transmission, kilowatt-hour
Differentiate between power and energy in an electric
circuit
Ch 22.2
591-605
Explain how electric energy is converted into thermal
energy
Explore ways to deliver energy to consumers
Define the kilowatt-hour
Concepts
Home
Chapter
Section
Ch 22.1
Pages
590-600
Objectives
Describe conditions that create current in an electric
circuit.
Explain Ohm’s Law
Design closed circuits.
Vocab
Electric current, conventional
current, battery, electric circuit,
ampere resistance, resistor,
parallel connection, series
connection
Electric current, Electrical kinetic
energy, conservation of charge,
conservation of energy, Rate of
charge flow, rate of energy
transfer, power, Ohm’s Law,
changing resistance, circuit
diagram, drawing schematic
diagram
Kilowatt-hour, superconductor
Energy transfer in circuits,
thermal energy,
superconductors, electric
transmission, kilowatt-hour
Differentiate between power and energy in an electric
circuit
Ch 22.2
591-605
Explain how electric energy is converted into thermal
energy
Explore ways to deliver energy to consumers
Define the kilowatt-hour
Concepts