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Inverting OpAmp
Gain: A = - Rf / Rin
Vout: A * Vin

Non-Inverting OpAmp
Gain: A = 1 + ( Rf / Rin )
Vout: A * Vin

Inverting Sum OpAmp
Gain:
A1 = - ( Rf / R1 )
A2 = - ( Rf / R2 )
An = - ( Rf / Rn )
Vout: (A1 * V1) + (A2 * V2) + (An * Vn)

Subtractor OpAmp
Gain: A = ( R2 / R1 )
Vout: A * (V2 - V1)

Integrator OpAmp
Gain: A = - ( 1 / Rin CF )
Vout: A∫Vindt

Differentiator OpAmp
Gain: A = - ( Rf * Cin )
Vout: A (dVin / dt)

Buffer OpAmp
Gain: No Gain
Vout: Vin