1. Electricity and Magnetism
Welcome to Physics
Electricity and Magnetism

2. Warm Up: page 18
Is energy needed to move the positive charge in the BA direction? Why or why not?
Is energy needed to move the positive charge in the BC direction? Why or why not?
What direction does the charge need to move in order to give it potential energy? B C A
energy!

3. Agenda: summarize in planner
Voltage Revisited Activity Computer Modeling Circuits

4. Learning Targets
I can build a battery using household materials, and explain how my battery works

5. Writing and Reading Discussion Group Work Instruction Quiet Focused
Active listening
On Topic
Ask Questions
Group Work
Focus on topic
Fulfill Roles
Lean in
Instruction
Listen
Take notes
Raise hands

6. - + + + One Volt Five Volts 1 Joule of Energy 5 Joules of Energy
Voltage, then, is a measurement of the potential energy each charge has.

7. Computer Modeling Part 1
On page 1 of your handout, make a prediction about the relationship between:
Voltage and Current
Current and Resistance
THEN: read the first two pages of the handout.
WHEN DONE: Raise your hand then get a computer

8. Computer Modeling Part 2
Complete the “Measuring Electricity” activity
Follow the directions on the handout
Complete ALL activities and answer ALL questions
To earn a 4.5, complete the extension activity
WHEN DONE: Watch the “What is Voltage” and “What is Electric Current” videos on the class website. Add to notes.

9. Repetitions Chunk your notes Highlight each new science word.
Turn supporting targets d and e into questions.
At least 4 questions!
Write the questions in the question column next to to where the answers are found in the notes

10. Clean Up
Chromebooks returned and plugged in to the correct slot Name tags turned in Check for Understanding in box Notebooks in backpack Stay in your seat until the bell rings