Electricity and Magnetism

1

Static Electricity

Charge, Charging Methods and the Electroscope

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2

Coulomb's Law

Force Between Point Charges

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3

Electric Field

Field Lines, Field Strength and Direction

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4

Electric Potential Energy, Work and Equipotential Lines

Completing the Electrostatics Picture

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5

Electric Current and Charge Flow

Modelling Current in Conductors

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6

Ohm's Law: Ohmic and Non-Ohmic Resistors

The Current-Voltage Relationship

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7

Electrical Power and Energy in Circuits

The Rate of Energy Conversion

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8

Series Circuits

Current, Voltage and Resistance in Series

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9

Parallel Circuits

Current, Voltage and Resistance in Parallel

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10

Kirchhoff's Laws: Conservation of Charge and Energy

Formalising Series and Parallel Circuit Rules

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11

Magnetic Fields and Ferromagnetic Materials

Forces Between Magnets and Magnetic Materials

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12

Magnetic Fields from Wires and Solenoids

Modelling Fields with Field Lines

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13

Quantitative Magnetic Field Calculations

Magnetic Field Strength for Wires and Solenoids

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14

Electricity and Magnetism: Integrated Review

Connecting Electrostatics, Circuits and Magnetism

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