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33 Cards in this Set
- Front
- Back
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1 inch
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2.54 cm
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1 gallon
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231 cubic inches
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1 litre
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1000 cubic centimeters
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1 lb
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453.6 grams
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1 mile
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1.609 km
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1 pm
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1 x 10 ^-12 m
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1 cal
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4.184 J
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F to Celcius
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5/9(f-32)
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celcius to kelvin
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c+273.15
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Avogadro's number
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6.022 X 10^23
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Electron charge
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1.6022E-19
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Electron Mass
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9.1094E-28 g
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farady constant
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96,485.3 C/mole e-
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Planck's constant
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6.626 X 10 -34 J x s
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proton mass
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1.673 x 10 ^ -24 g
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neutron mass
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1.6749 x 10 ^ -24
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speed of light
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299 million meters per second
2.99 x 10 ^ 8 |
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def energy
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capacity to do work
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def kenetic energy
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energy resulting from motion
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def potential energy
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energy possesed
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electrostatic energy
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magnetic energy properties
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Ek
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1/2 Mass times Velocity squared
1/2MV^2 |
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Eel
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Q1Q2/distaance
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amu-grams
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1.661 X 10 ^ -24
(divide by 1000 to get Kg) |
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1J
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1 kg x m^2/s^2
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frequency equals
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speed of light over wavelength
C=lamdaXfrequency |
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energy equals
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plancks constant times frequency
E=hv |
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energy also equals
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hc/lamda plancks constant times speed of light over lambda
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hv=
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ke+w
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de broglie
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lamda = h/mu u= velocity
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atomic size
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decreases across a period
increases down a group |
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ionization energy
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increases across a period
decreases down a group |
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metallic character
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decreases across a period
increases down group |
