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A uniform plane wave E = Ex x^ (On the image for a better view) propagates in the + z direction. Suppose that Ex  it is sinusoidal with frequency f = 100MHz and that its maximum value is +10-4 V/m (On the image to for a better view) at t = 0 and z = 1 / 8m     Write the expression for the electric field as a function of t and z and write the expression for the magnetic field as a function of t and z

A uniform plane wave E = Ex x^ (On the image for a better view) propagates in the + z direction. Suppose that Ex  it is sinusoidal with frequency f = 100MHz and that its maximum value is +10-4 V/m (On the image to for a better view) at t = 0 and z = 1 / 8m     Write the expression for the electric field as a function of t and z and write the expression for the magnetic field as a function of t and z

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A uniform plane wave E = Ex x^ (On the image for a better view) propagates in the + z direction. Suppose that Ex  it is sinusoidal with frequency f = 100MHz and that its maximum value is +10-4 V/m (On the image to for a better view) at t = 0 and z = 1 / 8m 

 

 Write the expression for the electric field as a function of t and z and write the expression for the magnetic field as a function of t and z

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its an important homework, I have somedays and I try it but I cant get the right answer 

 

E=Exx 10-" V/m'
Transcribed Image Text:E=Exx 10-" V/m'
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