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⚡ EXAM DAY FAST-PASS⚡
This cheat sheet is your high-yield summary for quick recall right before your test!
tC
Want the ultimate preparation? This file is also available as part of a complete package deal on
my storefront! Grab the master bundle containing the Detailed Notes, Notebook Classwork,
Quick Cheat Sheet, and Keyterm Glossary all together for $9.99—saving you 25% OFF compared
to buying every piece separately.
👉 Visit my store profile right now to claim the full bundle and secure your A!
No
TABLE OF CONTENTS
1. Static Electricity
2. Current Electricity & Conductors
3. Circuit Symbols & Core Quantities
Do
4. Ohm's Law
5. Changing Circuits
6. Series vs. Parallel Circuits
7. Quick Revision Glossary
1. Static Electricity
lt-
● Definition: A buildup of stationary electric charge on an object's surface caused by
friction.
● Electron Transfer: Rubbing causes friction that moves electrons between materials.
○ Gains electrons: Acquires a negative charge.
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○ Loses electrons: Acquires a positive charge.
● Induction: Bringing a charged object near a neutral object pushes like charges to the
far side and attracts opposite charges to the front, pulling the neutral object in.
mV
Ca
©
op
⚡ EXAM DAY FAST-PASS⚡
This cheat sheet is your high-yield summary for quick recall right before your test!
tC
Want the ultimate preparation? This file is also available as part of a complete package deal on
my storefront! Grab the master bundle containing the Detailed Notes, Notebook Classwork,
Quick Cheat Sheet, and Keyterm Glossary all together for $9.99—saving you 25% OFF compared
to buying every piece separately.
👉 Visit my store profile right now to claim the full bundle and secure your A!
No
TABLE OF CONTENTS
1. Static Electricity
2. Current Electricity & Conductors
3. Circuit Symbols & Core Quantities
Do
4. Ohm's Law
5. Changing Circuits
6. Series vs. Parallel Circuits
7. Quick Revision Glossary
1. Static Electricity
lt-
● Definition: A buildup of stationary electric charge on an object's surface caused by
friction.
● Electron Transfer: Rubbing causes friction that moves electrons between materials.
○ Gains electrons: Acquires a negative charge.
au
○ Loses electrons: Acquires a positive charge.
● Induction: Bringing a charged object near a neutral object pushes like charges to the
far side and attracts opposite charges to the front, pulling the neutral object in.
mV
Ca
©
