PV = constant for a given amount of a gas at a constant temperature

P_{tot} = P_{a} + P_{b} + …..

Electrons in degenerate orbitals enter singly with parallel spins

V_{1}/T_{1} = V_{2}/T_{2}

A = ε l c

pH = pK_{a} + log [A-]/[HA]

At the same temperature and pressure, equal volumes of different gasses contain the same number of particles

ĤΨ = EΨ

∆x • ∆(pv) ≥ h/2π

The weight of any element liberated during electrolysis is proportional to the quantity of electricity passing through the cell and also to the equivalent weight of the element.

k = Ae^{( –Ea/RT)}

[P + a(n/V)^{2}](V-nb) = nRT

∆H = ∆H_{1} + ∆H_{2} + ……

Description of Law

Name of Law

The relative rates of effusion of two gasses are equal to the inverse of the square roots of thier masses

E = (2.31 x 10^{-19} J nm)(Q_{1}Q_{2}/r)

The amount of a gas dissolved in a solution is directly proportional to the pressure of the gas above the solution

P_{solvent in solution} = Χ_{solvent} P_{solvent}

If a change is imposed on a system at equilibrium, the position of the equilibrium will shift in a direction that tends to reduce that change

ε = ε_{standard} - (RT/nF)ln Q

P/T = constant for a given amount of a gas at a constant volume

ln (K_{2}/K_{1}) = ∆H_{rxn}/R (1/T_{1}-1/T_{2})

v_{o} = v_{max}[S]/(K_{M}+[S])

λ = h/p

No two electrons in a single atom can have the same set of four quantum numbers

E = hν

ln (P_{2}/P_{1}) = ∆H_{vap}/R (1/T_{1}-1/T_{2})

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