Transfer Credit

1.1 Vectors in Three Dimensions: Dot Products, Cross Products, and Unit Vectors

Quiz 1.1

1.1 Interactive Lab: Vector Products in a Spreadsheet

1.2 Integrals for Continuous Charge: Line, Area, and Volume Elements

Quiz 1.2

1.2 Interactive Lab: Set Up the Charge Integral

1.3 Line Integrals and Flux: Work-Like and Flow-Like Integrals

Quiz 1.3

1.4 Gradient, Divergence, and Curl: Fields in Space

Quiz 1.4

1.5 Differential Equations for Circuits: Exponential Growth and Decay

Quiz 1.5

1.5 Interactive Lab: Decay, Approach and Oscillation

2.1 Electric Charge and Electric Force: Coulomb's Law in Vector Form

Quiz 2.1

2.1 Interactive Lab: Coulomb's Law in a Spreadsheet

2.2 Conservation of Charge and Charging: Conduction, Induction, and Polarization

Quiz 2.2

2.3 Electric Fields: Field of Point Charges and Superposition

Quiz 2.3

2.3 Interactive Lab: Maps, Lines and Superposition

2.4 Electric Fields of Charge Distributions: Rods, Rings, and Disks by Integration

Quiz 2.4

2.4 Interactive Lab: Evaluating Fields of Rods, Rings and Arcs

2.5 Electric Flux: Field Through a Surface

Quiz 2.5

2.5 Interactive Lab: Computing Electric Flux

2.6 Gauss's Law: Using Symmetry to Find Fields

Quiz 2.6

2.6 Interactive Lab: Gaussian Surfaces and Enclosed Charge

2.7 Gauss's Law Applications: Spheres, Cylinders, and Sheets

Quiz 2.7

2.7 Interactive Lab: Fields from Gauss's Law

2.8 Field Problem Solving: Superposition and Symmetry Choices

Quiz 2.8

2.8 Interactive Lab: Choosing a Field Method

3.1 Electric Potential Energy: Work Done Assembling Charges

Quiz 3.1

3.2 Electric Potential: Potential of Point Charges and Distributions

Quiz 3.2

3.2 Interactive Lab: Adding Potentials

3.3 Electric Potential and Field: E as the Negative Gradient of V

Quiz 3.3

3.3 Interactive Lab: From a Graph of V to the Field, and Back

3.4 Conservation of Electric Energy: Charges Moving in Fields

Quiz 3.4

3.5 Potential Problem Solving: Equipotentials and Energy Methods

Quiz 3.5

3.5 Interactive Lab: Maps, Methods and Closest Approach

4.1 Electrostatics with Conductors: Fields, Charge, and Shielding

Quiz 4.1

4.2 Redistribution of Charge Between Conductors: Connecting Spheres

Quiz 4.2

4.2 Interactive Lab: Share Charge Between Connected Spheres

4.3 Capacitors: Capacitance, Charge, and Stored Energy

Quiz 4.3

4.4 Capacitors in Series and Parallel: Combinations and Equivalent Capacitance

Quiz 4.4

4.4 Interactive Lab: Combine Capacitors

4.5 Dielectrics: Polarization, Constant, and Effects on Capacitors

Quiz 4.5

4.5 Interactive Lab: Dielectric In: Isolated or Connected

5.1 Electric Current: Current, Current Density, and Drift

Quiz 5.1

5.2 Simple Circuits: Batteries, Resistors, and Real Sources

Quiz 5.2

5.2 Interactive Lab: Read and Trace a Simple Circuit

5.3 Resistance, Resistivity, and Ohm's Law: Microscopic and Macroscopic Views

Quiz 5.3

5.3 Interactive Lab: Resistance from Shape, Integrals, and Graphs

5.4 Electric Power: Energy Transfer in Resistors and Sources

Quiz 5.4

5.5 Compound DC Circuits: Series, Parallel, and Combined Networks

Quiz 5.5

5.5 Interactive Lab: Take a Network Apart

5.6 Kirchhoff's Loop Rule: Energy Conservation in Closed Paths

Quiz 5.6

5.6 Interactive Lab: Potential Around a Loop

5.7 Kirchhoff's Junction Rule: Charge Conservation at Nodes

Quiz 5.7

5.8 Resistor-Capacitor Circuits: Charging and Discharging with Differential Equations

Quiz 5.8

5.8 Interactive Lab: Resistor-Capacitor Curves

5.9 Circuit Problem Solving: Multi-Loop Networks and Transient Behavior

Quiz 5.9

5.9 Interactive Lab: Multi-Loop Networks and Capacitor Branches