AP Physics 2

Unit 5: Magnetism and Electromagnetic Induction

5.2 Magnetic Fields 🌐

5.3 Electromagnetic Induction

5.1 Electric Fields & Forces  🧙

Administration 1

Administration 2

Administration 3

AP Physics 2 Prep 2020 | Reviews + Free Study Help | Fiveable

Learn everything you need to know about unit 1, fluids, in AP Physics 2 with our resources! Study density, fluid pressure and forces, conservation of energy in fluid flow, buoyancy, and conservation of mass flow rate in fluids with our trademark streams and guides.

Unit 1: Fluids

Fluids

Explore Unit 2 of AP Physics 2 here! Things will heat up when you learn about thermodynamics, including thermal equilibrium, the ideal gas law, heat and energy transfer, contact forces, pressure, internal energy and energy transfer, elastic and inelastic collisions, conservation of momentum, and thermal equilibrium and entropy.

Unit 2: Thermodynamics 

Thermodynamics 

Learn all about unit 3 in AP Physics 2 with our resources, and focus on electric force, field, and potential. The most important topics in this unit that our resources cover are electric systems, conservation of electric charge, electric forces, electric fields, and gravitational and electromagnetic forces.

Unit 3: Electric Force, Field, and Potential 

Electric Force, Field, and Potential 

Study for the AP Physics 2 exam with our unit 4 resources and discover all about circuits. Electric charge, conservation of electric charge, resitivity and resistance, resistance and capacitance, and Kirchhoff's Loop Rule are just some of the things you'll learn about!

Unit 4: Electric Circuits 

Electric Circuits 

Need to study for AP Physics 2? Use our unit 5 resources to master the topic of magnetism and electromagnetic induction! Key topics in unit 5 include electric fields and forces, magnetic fields, and electromagnetic induction.

Magnetism and Electromagnetic Induction

Use our resources to review unit 6 in AP Physics 2! This unit covers geometric and physical optics. Teach yourself all about or brush up on electromagnetic waves, periodic waves, images from lenses and mirrors, interference and diffraction, and refraction, reflection, and absorption.

Unit 6: Geometric and Physical Optics

Geometric and Physical Optics

Prepare for the AP Physics 2 exam with our unit 7 resources! This unit focuses on quantum, atomic, and nuclear physics, including systems and fundamental forces, radioactive decay, energy and modern physics, mass-energy equivalence, properties of waves and particles, and the photoelectric effect.

Unit 7: Quantum, Atomic, and Nuclear Physics

Quantum, Atomic, and Nuclear Physics

Blogs

Exam Reviews

Prepare for the AP Physics 2 exam with our resources! They provide review of units, key concepts and topics, and exam strategies to help you do your best on exam day!

Big Reviews: Finals & Exam Prep

Fluids 🌊 

1.1: Fluid Systems 💦

What are Fluids? 💧

A Word About...Words 🤠

Fluid Systems

Density 🧊

Density

Pressure

What is Pressure?

Pascal's Principle

Pressure and Velocity: The Bernoulli Effect

Fluids: Pressure and Forces

Fluids and Free-Body Diagrams

What is Buoyancy?

Apparent Weight


Buoyancy

Conservation of Energy in Fluid Flow

Conservation of Mass Flow Rate in Fluids


2.0 Thermodynamics Introduction 😃

2.1 Thermodynamic Systems 💤 

What is Thermodynamics? 👀

Object vs. System

Thermodynamic Systems 💤 

Thermal Conductivity

Entropy

Heat Engines and Refrigerators

Probability, Thermal Equilibrium, and Entropy

Revisiting Pressure

Temperature and Kinetic Energy 🥵 

The Ideal Gas Law

Pressure, Thermal Equilibrium, and the Ideal Gas Law

Thermodynamics and Forces

Thermodynamics and Free-Body Diagrams

What is Heat?

Heat Transfer Methods 

Heat and Energy Transfer

The 0th law 🌟 

The 1st Law 🌟 

Work 🔎

Signs ✏️

What is a PV diagram? 🧮

Internal Energy and Energy Transfer

Types of Collisions

Elastic Collisions

Thermodynamics and Elastic Collisions: Conservation of Momentum

Inelastic Collisions

Thermodynamics and Inelastic Collisions: Conservation of Momentum

3.1: Electric Systems 🔋 

Electric Systems 🔋

3.10: Vector and Scalar Fields

Scalar vs. Vector  💫

Vector Fields Snapshot

Scalar Fields Snapshot

Vector and Scalar Fields

3.11: Electric Charges and Fields

Electric Fields

Simple Fields

Electric Field Strength

Electric Charges and Fields

3.12: Isolines and Electric Fields

Potential Difference (Electric Potential/Voltage)


Electric Potential of a Point Charge

Isolines and Electric Fields

3.13: Conservation of Electric Energy

Electric Fields & Work

Conservation of Electric Energy

3.2: Forces and Potential Energy 🎢

Hooke's Law

Conservative Forces

Gravitational Potential Energy

Forces and Potential Energy 🎢

3.3: Conservation of Electric Charge 💡 

CollegeBoard Essential Knowledge

Conductors and Insulators

Conservation of Electric Charge 💡

3.4 Charge Distribution— Friction, Conduction, and Induction



Charging Summary:

Charge Distribution— Friction, Conduction, and Induction

3.5: Electric Permittivity 😃 

Coulomb's Law Constant 👌🏻

Permeability vs, Permitivity 🥵

Electric Permittivity 

Permittivity Values

Electric Permittivity 😃

3.6: Introduction to Electric Forces 🔋 

Newton's First Law

Newton's Second Law

Newton's Third Law

History and Introduction

Introduction to Electric Forces ⚡️

3.7: Electric Forces and Free-Body Diagrams

Electrostatic Force & Coulomb's Law

Free Body Diagrams (FBD)

Electric Forces and Free-Body Diagrams

3.8: Describing Electric Force

CollegeBoard Objectives:

Electric Force Instagram Profile

Force Interactions with Charges

Force Interactions with an Electric Fields

Describing Electric Force

3.9: Gravitational and Electromagnetic Forces

Electric vs Gravitational Force

Gravitational and Electromagnetic Forces

4.1: Definition and Conservation of Electric Charge 🌟


Current 💨


Circuit Symbols & Measuring Tools 🛠️

Definition and Conservation of Electric Charge 🌟

4.2: Resistivity and Resistance

Resistance 🛑

Resistors in Series & Parallel

Ohm's Law 💡

Power in Circuits

Non-Ideal Batteries and EMF 🚨

Resistivity and Resistance Ω

4.3 Resistance and Capacitance

What's a Capacitor?

Theory Time - Parallel Plate Capacitor 🎓

Energy in a Capacitor 💡

What are Dielectrics?

Copy of Common Dielectrics

Why Does Adding a Dielectric Increase the Capacitance? 😕

Capacitors in Series & Parallel

Steady State Behavior 🎯

RC Circuits 🏍️

Resistance and Capacitance

4.4: Kirchhoff’s Loop Rule

Types of Circuits (Series vs. Parallel)

Kirchhoff's Voltage Law (Loop Rule) ➿

Kirchhoff’s Loop Rule 🔄

Unit Overview🧭

5.1 Electric Fields & Forces  🧙 

Simple Fields 🌐

Practice Questions:

Electric Fields & Forces  🧙

Magnetic Fields 🌐

What Makes Something a Magnet? 🧲

What Does a Magnetic Field Look Like?

Magnetic Force from a Moving Charged Particle  🖐️

Magnetic Force from a Current in a Wire  🧭

Practice Questions

Electromagnetic Induction

Making Magnets from Electricity 🧙

Magnetic Flux 🌐

Creating EMF

What about the Direction of the EMF?

Practice Problems

6.0: Overview

6.1: Waves🌊

Waves 🌊

6.2: Electromagnetic Waves

Electromagnetic Waves

6.3: Periodic Waves

Periodic Waves

6.4: Refraction, Reflection, and Absorption

Refraction, Reflection, and Absorption

6.5: Images From Lenses and Mirrors

Images From Lenses and Mirrors

6.6: Interference and Diffraction

Interference and Diffraction

7.1: Systems and Fundamental Forces

Fundamental Particles

Rutherford’s Model

The Bohr Model

Systems and Fundamental Forces

Radioactive Decay

Practice Problems:🧩

Binding Energy

Energy in Modern Physics

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🧲AP Physics 2 - Unit 5: Magnetism and Electromagnetic Induction

Exam Dates:

may 7, 2021

, may 25, 2021

, june 10, 2021

Study Guides

5.1 Electric Fields & Forces 🧙

5.2 Magnetic Fields 🌐

5.3 Electromagnetic Induction

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