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Mole→mass
n=m/M
m=mass
M=molar mass
Ideal Gas Law
PV=nRT
R= 0.8206 atm= 8.314 J
Standard atmosphere and volume in IGL
1 atm=760 mmHg=760 torr=101325 Pa
22.4L
273.15 Kelvin
Kp
K(RT)^{\Delta n}
Concentration
mol/L=M
Avogrado’s number
6.022 × 10²³
E-o-h-c ReDox Equation
E-elements except H,O
O-Oxygen
H-hydrogen
C-charge
Partial pressue$
Reaction Quotient
Q=K at Equilibrium
Q<K tends toward products
Q>K tends towards reactants
pK_a
-logK_a
K_w
1.0\cdot10^{-14}
Nernst Equation
E°-0.0591/n *logQ at 25°C
Delta G
\Delta G =delta h -T delta S= -nFE° =-RTln(k)
Delta S
NRln(vf/vi)
BCC
2 unique atoms
a=4r/sqrt 3
FCC
4 unique atoms
a=2sqrt2
SC
1 unique aroms
a=2r
Delta T(boiling or freezing)
ik(b or f)m
M
Mole solute/kg solvent