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70 Cards in this Set
- Front
- Back
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Hydrogen
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H
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Helium
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He
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Lithium
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Li
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Beryllium
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Be
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Boron
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B
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Carbon
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C
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Nitrogen
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N
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Oxygen
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O
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Fluorine
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F
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Neon
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Ne
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Sodium
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Na
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Magnesium
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Mg
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Aluminum
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Al
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Silicon
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Si
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Phosphorus
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P
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Sulfur
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S
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Chlorine
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Cl
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Argon
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Ar
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Potassium
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K
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Calcium
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Ca
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Bromine
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Br
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Iodine
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I
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Copper
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Cu
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Gold
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Au
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Iron
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Fe
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Lead
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Pb
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Manganese
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Mn
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Mercury
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Hg
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Nickel
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Ni
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Platinum
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Pt
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Silver
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Ag
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Zinc
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Zn
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Diatomic Molecules
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O, H, N, F, Cl, Br, I
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Water
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H2O
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Ammonia
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NH3
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Carbon Dioxide
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CO2
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Methane
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CH4
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Solid
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fixed size, fixed shape
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liquid
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fixed size, flexible shape
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gas
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flexible size, flexible shape
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energy
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the ability to do work
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potential energy
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driven by position or ocmposition
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kinetic energy
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associated with motion
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thermal energy
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atoms are moving
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measurement for mass
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kilogram
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measurement unit for length
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meter
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measurement unit for time
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second
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measurement for temperature
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kelvin
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amount of a substance
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mole
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temperature conversion from C to K
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Temp C + 273.15
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Temperature from F to C
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(temperature f-32) / 1.8
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Giga (g)
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10^9
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Mega (M)
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10^6
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Kilo (K)
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10^3
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Deci (D)
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10^-1
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Centi (C)
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10^-2
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Milli (M)
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10^-3
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Micro (u)
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10^-6
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Nano (n)
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10^-9
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Pico (p)
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10^-12
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intrinsic property
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does not depend on amount
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extrinsic
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does depend on amount
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law of definite proportions
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ratio of elements, is independent of the source
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atoms are composed of:
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a nucleus and electrons
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nucleus controls
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mass
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electrons control
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chemical properties
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subatomic particles
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electron, proton, neutron
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the number of protons can be seen by
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the atomic number
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the mass number is
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the sum of protons and neutrons
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isotope
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same atomic number but different mass number
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