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SWBQs for Static Vector Fields paradigm

Electricity & Magnetism SWBQs

Drawing Amperian Loops

Visualizing Ampere's Law

Writing Charge Densities

Recall Energy

Drawing Equipotential Surfaces

Recall Gauss' Law

Relating Charge Densities, Electric Potentials, and Electric Fields

Writing the Dimensions of Linear Charge Density

Recall the Formula for the Magnetic Vector Potential

Recall the Electrostatic Potential Due to a Point Charge

Writing the Electric Potential in Terms of Charge Density

Deriving the Differential Form of Ampere's Law

Representations of Temperature in Two Dimensions

Using Mass Density to Find the Total Mass

Recall Work

Math Methods SWBQs

Recall the Derivative

Practice with the Delta Dirac Function

Plotting Step (Theta) Functions

Scalar Field Examples

Practice with Theta Functions

Power Series SWBQs

Conditions for Power Series

Expanding Sine with a Power Series

Vector Calculus SWBQs

Defining the Cross Product

Taking the Curl of an Arbitrary Vector

Finding the Infinitesimal Area Element of a Sphere

Recall The Dot Product

Drawing Displacement Vectors

Drawing Vector Fields With Divergence or Curl

Drawing in the Direction of the Gradient

Recall Flux

Defining the Gradient

Computing the Magnitude of the Displacement Vector

Deriving the "Master Formula"

Recall the Scalar Triple Product

Drawing Surfaces in Cylindrical Coordinates

Writing the Total Differential

Determining the Volume Element of a Cylinder

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