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95 Cards in this Set

  • Front
  • Back
Lowest Point on a Wave
Trough
Highest Point on a Wave
Crest
AB--> A +B
Decomposition
Greater the Mass
Greater the Inertia
Height of a Wave
Rest to Crest
Amplitude
17 or Family 7A
Most reactive non metals
Halogens
18 or Family 8A
Stable Elements
Noble Gases
A + B --> AB
Synthesis
Equal or Opposite force and action
Ex. Balloon, Boat, Pier
Newton's 3rd Law
Probability, Cloud
Modern Model
Good Conductor
Good Insulator
In solution
Ionic
Poor Conductor in Solution
Covalent
Mass
Protons and Neutrons
Nucleus
Atom made of
Empty Space
Mass # down by 4
Atomic # down by 2
ALPHA
1st Level
2
2nd Level
8
3rd Level
18
4th Level
32
Problem with nuclear Power
Wastes
Joining
Sun
Too hot for Earth
FUSION
A + BC--> AC + B
Single Replacement
Energy
Volume of a Wave
Amplitude
Conduction
Solids
Falling Objects
PE low
KE high
Family 1 or 1A
Most reactive Metals
Alkali Metals
Family 2 or 2A
Alkaline Earth Metals
Phase Changes
Physical Changes
Warmer to Cooler
Heat Flow
Increase Voltage
Increase Strength of Magnet
Beside an Element:Mass
Is on the top
Beside an Element: Atomic #
Is on the Bottom
Same Family
Similar Properties
Polar Dissolves
Polar
Increase # of coils, turns, loops
Increase strength of electromagnet
AB + CD --> AC + BD
Double Replacement
Energy Levels
Specific Orbits
Bohr
Change in Color
Gas/Bubbles
Change in Temperature
New Substance
Chemical Changes
Mass # minus Atomic #
# of neutrons
Lose Electrons
Positive Charge
Metals
Gain Electrons
Negative Charge
Non-metals
Shares electrons
Covalent
Transfers Electrons
Ionic
Metal + Non metal
Ionic Bond
Opposite charges or poles
Attract
Like charges or poles
Repel
Repulsion
Water
Polar
Universal Solvent
Water
pH > 7
Bitter Taste
OH-
Red to Blue
Base
pH< 7
Sour Taste
H+
Blue to Red
Acid
Discovered Electron
Plum Pudding Model
Gas Tube
(Electrons scattered in a + nucleus)
Thomson
Increase pressure
Increase Volume
Increase Temperature
Decrease Pressure
Increase Volume
# of Protons + # of neutrons
Mass #
# of Protons
Atomic #
Magnets are strongest
At the Poles
Water is
Polar
House
Light stays on
Parallel Circuit
Near
No Contact
Induction
Touching
Contact
Conduction
Solids Sphere
Atomic Theory of Matter
Dalton
Drink to Ice
Heat flows hot to cold
Most reactive Non-metals
Halogens
Family 17 or 7A
Most reactive Metals
Alkali Metals
Family 1 or 1A
Light Waves
Perpindicular
Right Angles
Can Travel in a Vacuum
Electromagnetic Waves
Parallel Sound Waves
Longitudinal
Stir/Agitate
Increase Temperature
Increase Surface Area
(break into smaller pieces)
Increasing Reaction or Dissolving Rate
Oxygen is a Reactant
2 or more Products
Combustion
Increase Frequency
Decrease Wavelength
Inertia
Applying the Breaks
Newton's 1st Law of Inertia
Low Specific Heat
Increase in change in Temperature
Decrease Time
Increase Power
Any object going up
Increase in PE
Decrease in KE
Energy in Motion
Kinetic Energy (KE)
Acid + Base
Neutralization
Salt and Water are Products
Most Energy
Least Organized
Fastest Moving
Least Bonds
Gas
Most Organized
Slowest Moving
Most Bonds
Solid
Stored Energy
Energy at Rest
Potential Energy (PE)
Solution + Solution
Forms a precipitate (Solid)
Made of atoms
Molecules
Container becomes Hotter
Exothermic Reaction
Direct current
Chemical Energy flows in One Direction
Battery
Boiling Point Decrease
Freezing Point Increase
Solute in Solvent
0-14
Higher than 7 = base
Lower than 7 = acid
7= neutral
pH Scale
m/s
Velocity
m/s/s
acceleration
k/g
mass (grams)
Newtons (N)
Force
Weight
Joules (J)
Work
Potential Energy
Kinetic Energy
Watts
Power
Hertz (Hz)
Frequency
Amps
Current
Ohms
Resistance
Volts
Potential Difference/Voltage
Burning
Baking
Digestion
Electrolysis
Photosynthesis
Chemical