Dynamics

1

Newton's First Law

Inertia and Equilibrium

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2

Newton's Second Law

F = ma Calculations

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3

Newton's Third Law

Action-Reaction Pairs

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4

Free Body Diagrams

Drawing and Interpreting Forces

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5

Normal Force and Friction

Friction Calculations on Flat and Sloped Surfaces

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6

Inclined Planes

Resolving Forces on Slopes

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7

Forces in 2D Equilibrium

Resolving Forces Using Components

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8

Work

Calculating Work Done by Forces

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9

Kinetic Energy

Work-Energy Theorem

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10

Gravitational PE and Conservation

Energy Conservation in Mechanical Systems

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11

Power

Rate of Energy Transfer

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12

Momentum

A Vector Measure of Motion

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13

Conservation of Momentum

1D Collision Calculations

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14

Elastic vs Inelastic Collisions

Kinetic Energy in Collisions

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15

Impulse

Force, Time and Change in Momentum

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16

2D Momentum Problems

Vector Components in Collisions

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17

Air Resistance and Terminal Velocity

Drag Forces and Falling Objects

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18

Dynamics Integrated Problems

HSC-Style Multi-Step Calculations

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