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13 Cards in this Set

  • Front
  • Back

Period of a wave

T=1/f

Wave speed (v)

Lamda/period(T)

Wave speed (v)

Lambda * frequency (f)

Angular frequency (omega)

2*pi*f or (2*pi)/T

Wave number (k)

K= (2*pi)/lambda

Angular frequency in terms of v and k

Omega = v*k

Displacement equation

D(x,t) = Asin(kx - wt + phi_0)

Intensity of a wave (I)

Power(P)/area

Intensity of uniform spherical wave

I = P/ (4*pi*r^2)

Speed of sound wave

Sqrt(BulkMod/mass density)

Bulk Modulus

B = (-v*delta_P)/(delta_v)

Phase change

K * delta R + phi_0

Doppler effect for sound/mechanical

F(prime) = f*(v+-v_0)/(v+-v_s)