Mr×mole= - mass, relative atomic mass of X, number of moles(n)× gas constant(R) × Temp(T in kelvins) = - Pressure(P in pascals) × volume(V in m^3), 6.022×10^23 = - Avogadros constant, atom economy , actual yield/theoretical yield × 100 = - percentage yield, conc × volume = - moles , mass(m in grams) × specific heat capacity(c)×change in temperature(ΔT) = - heat energy transferred(Q in Joules), Equilibrium constant(Kc), Equilibrium constant in pressure(Kp), change in enthalpy(ΔH°) - temperature(T in kelvins) × change in entrophy(ΔS)° = - change in Gibbs Free Energy (ΔG°), = - acid dissociation constant(Ka), -log10(Ka) = - acidity of a molecule(PKa), -log10(H^+) = - pH, uncertainty/value(mean) = - percentage uncertainty,

equations in A-level chemistry

by
Print
Embed

Leaderboard

Visual style

Options

Switch template

Continue editing: ?