Electrostatics
ES - Electrostatics
Bohr's Model of the Atom
Class #16
Electric Charge and The Standard Model
Objective:
Understand electrostatic charge and charge transfer.
Reading:
Video:
Homework:
Virtual Lab:
Explore Learning Charge Launcher AP2 Class #16 Charge Launcher Lab Sheet
Charging by Conduction - the Objects Touch
Charging by Induction - the Objects Don't Touch
Class #17
Static Charge: Conduction and Induction
Objective:
Understand the components of the atom
Reading:
Videos:
Homework:
Virtual Labs:
Class #18
Conductors and Insulators
Objective:
Understand why some materials are conductors and others are insulators
Reading:
Video:
Practice Problems:
Virtual Lab:
Explore Learning: Ionic Bonds Lab
1785 AD
1666 AD
Class #19
Coulomb's Law
Objective:
Understand Coulomb's Law of charge attraction and repulsion.
Understand Coulomb's Law relationship to the Universal Law of Gravitation
Understand the four known fundamental forces in the universe (Gravitation, Electromagnetic, Weak Nuclear Force, Strong Nuclear Force)
Reading:
Video:
Homework:
Virtual Lab:
PhET Coulomb's Law AP2 Class #19 Coulomb's Law Labsheet
Electric field strength - the amount of electrostatic force observed by a test charge.
Classes #20 & 21
Electric Fields
Objective:
Understand the components of a vector; the difference between a vector and a scalar; conceptually what is involved in vector addition and subtraction.
Reading:
Video:
Homework:
Virtual Lab:
Class #22
Electric Potential Difference & Parallel Plates
Objective:
Understand the components of a vector; the difference between a vector and a scalar; conceptually what is involved in vector addition and subtraction.
Reading:
Video:
Homework:
Virtual Lab:
Class #23
Capacitors
Objective:
Understand the configuration of capacitors and that capacitors are used to store electric charge.
Reading:
Video:
Homework:
Virtual Lab:
PhET: Capacitor Lab Basics AP2 Class #23 Capacitor Labsheet
Electrostatics Unit Review
Objective:
Understand the components of a vector; the difference between a vector and a scalar; conceptually what is involved in vector addition and subtraction.
Reading:
Video:
Class #XX
Parallel Plates
Objective:
Understand the components of a vector; the difference between a vector and a scalar; conceptually what is involved in vector addition and subtraction.
Reading:
Video:
Homework:
Virtual Lab: