Given the following electric and magnetic fields in free space, а TZ Ex = -Bow-sin (~ ) sin(ky – wt) a а Bz = Bok-sin sin(ky – wt) а Bocos а cos(ky – wt) By Find a where Bo, a, k and w are constants and all the other components are zero. condition for the frequency w so that these fields satisfy Maxwell's equations.
Given the following electric and magnetic fields in free space, а TZ Ex = -Bow-sin (~ ) sin(ky – wt) a а Bz = Bok-sin sin(ky – wt) а Bocos а cos(ky – wt) By Find a where Bo, a, k and w are constants and all the other components are zero. condition for the frequency w so that these fields satisfy Maxwell's equations.
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![Given the following electric and magnetic fields in free space,
а
TZ
Ex = -Bow-sin (~ ) sin(ky – wt)
a
а
Bz = Bok-sin
sin(ky – wt)
а
Bocos
а
cos(ky – wt)
By
Find a
where Bo, a, k and w are constants and all the other components are zero.
condition for the frequency w so that these fields satisfy Maxwell's equations.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F36c9c08b-6c70-43dd-abc6-e25bd3a8b4c8%2F6182b6d9-e432-4cea-baaa-8588d52a0cfc%2Ffk52zye_processed.png&w=3840&q=75)
Transcribed Image Text:Given the following electric and magnetic fields in free space,
а
TZ
Ex = -Bow-sin (~ ) sin(ky – wt)
a
а
Bz = Bok-sin
sin(ky – wt)
а
Bocos
а
cos(ky – wt)
By
Find a
where Bo, a, k and w are constants and all the other components are zero.
condition for the frequency w so that these fields satisfy Maxwell's equations.
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