Matter and its properties
Protons, Neutrons, electrons; atomic structure; elements vs. compounds vs. mixtures
Atoms
Energy transform but isn't loss
Conservation of Energy
An object at rest stays unless acted upon by an outside force
Inertia
The independent variable you change
Variables
Conductor/Insulators
Circuits
Organization, elements, families, trends (size reactivity).
Periodic Table
Conduction, convention, radiation; insulators vs. conductors
Heat transfer
Force equals mass times acceleration
F=ma
Calculated as mas divided by volume
Density
Basic principles
Electromagnetism
Solids, Liquids, gases, plasma; phase changes (melting, boiling, freezing, etc.)
States of matter
Temperature scales
Measurement
For every action, there is an equal and opposite reaction
Action/Reaction
Standard units include meters
SI units
Memorize the roles of protons, neutrons, and electrons
Atomic structure
Homogenous vs. heterogenous; separation techniques.
Mixtures
Kinetic Motion, potential.
Types
Pushing/Pulling; relationship to motion
Force
Hypothesis, experiment, data, conclusion
Scientific Method
Amplitude, frequency, wavelength
Types
Properties, changes in state vs. new substances
Physical vs. Chemical changes
Energy in motion, while potential energy is stored energy
Kinetic vs. potential energy
Distance-time graphs
Graphing Motion
SI units; scientific notation; mass vs. weight
Measurement
Where on the periodic table would you find the largest atom?
toward the bottom right side