Intro, Measurement, Velocity/Acceleration Chs 1-3

Be able to Define, Explain, and Give Examples of the Following:

Be able to solve Problems showing your method (Hup, Two... )

Hypothesis

Theory

Law

Subjective Observation

Objective Observation

Parallax

Persistence of Vision

Stroboscopic Effect

Matter

Mass

Inertia

Density

Energy

Potential Energy

Kinetic Energy

Conservation of Energy

Conservation of Matter

Accuracy

Precision

Orders of Magnitude

Direct proportion

Inverse proportion

Interpolation

Extrapolation

Scalar

Vector

Terminal velocity

Problem solving

Newton's Law of Inertia

Newton's Law of Acceleration

Newton's Law of Action/Reaction

Newton's Law of Gravitation

Kepler's Law of Ellipses

Kepler's Law of Equal Areas

Kepler's Law of Distance & Period

Tides, Neap, Spring, Apogee, Perigee

Velocity and Acceleration

Acceleration of Gravity

Elevator Problem