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| Term | Definition |
|---|---|
| Fahrenheit --> Celcius | T °f= 1.8 t °c + 32° |
| Celcius --> Kelvin | T °K= t°c + 273° |
| atm--> mm Hg | 1 atm = 760 mm hg |
| 1g water = | 1g = 1 ml = 1 cm3 |
| ideal gas law | PV = nRT |
| Dalton's law | P tot = Pa + Pb |
| Dalton's law mole fraction | PA = XA PTot |
| charles law | V1 / T1= v2/t2 |
| gay lusacs law | P1 / T1= P2/ t2 |
| combined gas laws | V1 P1 / T1= v2 P2 / t2 |
| rate of effusion | Rate A / Rate B= √(MA / MB) |
| frequency- wavelength | λν= c= 2.998× 10^8 m/s |
| energy- frequency | E= hν= hc/ λ |
| E | energy |
| h | planc's constant |
| v (nu) | frequency |
| λ(lambda) | wavelength |
| c | speed of light |
| heat flow | q= C × Δt = m × c × Δt |
| calorimeter | q reaction= -Ccal × Δt |
| standard enthalpy change | ΔH° = Σ ΔH°f products - Σ ΔH°f reaction |
| planc's constant= h = | 6.626 ×10^-34 J∙s |
| P | pressure |
| V | volume |
| n | # of moles |
| R | ideal gas constant = .0821 l x atm/ K x mol |
| T | temperature |
| M | molar mass |
| m | mass |
| Terms | 29 |
| Creator | ADD |
| Created | December 16, 2008 |
| Group | double A review |
| Subjects | None |
| Access | Anyone |
| Edit | Group: double A review |
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I had subscripts an superscripts and everything but quilet is gay & so it doesnt look as good on here