X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

X

λ

y(x,t)

X

Vp

y[x, t-(d / Vp)]

d

y (x,t)

t=0 t [s]

X

y(x,t)y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,05T t [s]

X

y(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,10T t [s]

X

y(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,15T t [s]

Xy(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,20T t [s]

X y(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,25T

Xy(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,30T

Xy(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,35T t [s]

X

y(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,40T t [s]

X

y(x,t)

y[x, t-(d / Vp)]d

Vp

y (x,t)

t=0,45T t [s]

X

y(x,t)

y[x, t-(d / Vp)]d

Vp

y (x,t)

t=0,50T t [s]

Xy(x,t)

y[x, t-(d / Vp)]d

Vp

t=0,55T t [s]

Xy(x,t)

y[x, t-(d / Vp)]d

Vp

y (x,t)

t=0,60T t [s]

Xy(x,t)

y[x, t-(d / Vp)]

d

Vp

t=0,65T t [s]

X y(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,70T t [s]

X

y(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,75T t [s]

X

y(x,t)

y[x, t-(d / Vp)]

d

Vp

y (x,t)

t=0,80T t [s]

X

y(x,t)

y[x, t-(d / Vp)]d

Vp

y (x,t)

t=0,85T t [s]

X

y(x,t)

y[x, t-(d / Vp)]d

Vp

y (x,t)

t=0,90T t [s]

X

y(x,t)

y[x, t-(d / Vp)]d

Vp

y (x,t)

t=0,95T t [s]

Vp * Ty(x,t)

Xy[x, t-(d / Vp)]

Vp

y (x,t)

Si x = 0, entonces y(0,t) = A·Cos(w·t)

Para la partícula a una distancia d ocurren los eventos de la misma manera pero en un instante después Δt = d/Vp

t = T t [s]