Physics - Static Electricity For High School And Ap Physics

This course specifically covers the topic of electrostatics including electric charge, force, field, and potenial
What you'll learn
Students will have a strong foundation and thorough understanding of the fundamental principles behind electrostatics (static electricity).
Requirements
Students should be strong in algebra and have a basic foundation in geometry.
Description
This course on static electricity is a continuation of a series of courses designed for AP Physics 1 & 2 and Regents Physics.
Static electricity, also known as electrostatics, is the first topic within the broader electromagnetism category. The course leads off introducing students to the electric charge. Students will learn the various methods of charging, including charging by conduction, polarization, and charging by induction. We will work our way into a vector view on electrostatics through Coloumb's law where we will build a conceptual and quantitative understanding of the electric force. We will also deeply investigate the electric field through ample examples of field line patterns for a multitude of charge combinations including electric dipoles and parallel charged plates. We wrap up this course exploring the scalar topics of electrostatics. Here we will discuss electric potential, potential energy, work, and equipotential lines.
Upon completion of this course students should look to complete my other courses regarding the other content areas in AP Physics 1 and AP Physics 2.
Overview
Section 1: Electric Charge
Lecture 1 Electrostatics Workbook
Lecture 2 Physics Course Online Course Map
Lecture 3 Introduction to Static Electricity (Electrostatics)
Lecture 4 2 - The Electric Charge
Lecture 5 3 - Conductors and Insulators
Lecture 6 4 - Charging by Contact
Lecture 7 5 - Polarization
Lecture 8 6 - Charging by Induction
Lecture 9 7 - The Electroscope Part 1
Lecture 10 8 - The Electroscope Part 2
Lecture 11 9 - Coloumb's Law
Lecture 12 10 - Coloumb's Law Examples
Section 2: The Electric Field
Lecture 13 1 - Electric Field Lines
Lecture 14 2 - Electric Field vs. Gravitational Field
Lecture 15 3 - Electric Field Examples
Lecture 16 4 - Properties of Electric Fields within Conductors
Section 3: Electric Potential and Potential Energy
Lecture 17 1 - Introduction to Electric Potential Energy
Lecture 18 2 - Electric Potential
Lecture 19 3 - Uniform Electric Field Potential
Lecture 20 4 - Equipotential Lines
Lecture 21 1 - Electric Force, Field, Potential Energy, and Potential
Section 4: Bonus Material - What to take next?
Lecture 22 Physics Course Online Pathway
This course is designed for Introductory level college physics students as well as any high school physics student.



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