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SOCIAL STUDIES
American History
From British Arrival through British Departure
The Creation of a New Nation
Jackson through Reconstruction
The Gilded Age to the Depression
From the Depression to the New Millennium
Government
American Government
European History
Early Modern Europe (Renaissance to Napoleon)
Modern European History (1815-present)
World Cultures
Ancient Civilizations
Geography
Culture and Geography
SCIENCE
Life Science
Life Science: Part 1
Life Science: Part 2
Physical Science
Introduction to Physics Concepts
Introduction to Chemistry Concepts
Earth Science
Earth Science: Part 1
Earth Science: Part 2
LITERATURE AND LANGUAGE ARTS
Introduction to Literature
Reading between the Lines
Enduring Authors
Language Arts Workshop
Building Language
American Literature
American Literary Voices: Part 1
American Literary Voices: Part 2
English Literature
From Beowulf to Virginia Woolf
Shakespeare
Shakespeare
WORLD LANGUAGES
Spanish
Viaje a Través de la Lengua Española: Parte 1
ELECTIVES
Art History
History of Painting
Technology
Working the Web
Special Presentations
PoliticalFest 2000
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Science
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Physical Science
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Introduction to Physics Concepts
Introduction Page
The Laws of Physical Science
What and How
Newton's Rules of Reasoning
Types of Scientific Laws
Think Like a Scientist
Mathematics: The Language of Physical Science
Formulas and Equations
Units
Dimensional Analysis
Graphing
The Notion of Motion
How Far? Distance and Displacement
How Fast? Speed and Velocity
Acceleration
Position-Time Graphs
Velocity-Time Graphs
Free Fall: Acceleration Due to Gravity
Newton's Laws of Motion: Movin' On
Newton's First Law
Meaning of Force
Determining Net Force
Newton's Second Law
Mass and Weight
The Third Law: Forces in Pairs
Two Dimensional Kinematics
Vectors
Direction and Adding of Vectors and the Resultants
Vector Components and Resolution: Part 1
Vector Components and Resolution: Part 2
Relative Velocity
Two-Dimensional Forces
Equilibrium
Momentum
Impulse-Momentum Change Theorem
Momentum and Impulse
Law of Momentum Conservation
Action-Reaction
Work, Energy, and Power
Working Hard?
What is Energy?
Conservative and Nonconservative Forces
Calculating Kinetic and Potential Energy
Conservation of Energy
Work-Energy Theorem
Feel the Power
Circular Motion
Characteristics of Circular Motion
Speed, Velocity, and Acceleration
Centripetal Force
Mathematics of Circular Motion
We're Going in Circles
Planetary Motion
Kepler's Laws
Universal Gravitation
The Inverse Square Law
Newton's Law of Universal Gravitation
The Value of
G
Pickin' Up Good Vibrations
Types of Waves
Measuring Waves
When Waves Collide
Standing Waves
Resonance -- Is It Live?
Case Study: Radio, Radio
Surrounded by Sound
Measuring Sound Waves
The Doppler Effect
Sound Wave Interference
Applications
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