The magnetic field of an electromagnetic wave propagating through the vacuum is given by: B = 8 × 10-5 sin(3x101²t + 1,24 × 10°z)ĵ a. The direction of wave propagation b. Wavelength c. The expression of the corresponding electric field
The magnetic field of an electromagnetic wave propagating through the vacuum is given by: B = 8 × 10-5 sin(3x101²t + 1,24 × 10°z)ĵ a. The direction of wave propagation b. Wavelength c. The expression of the corresponding electric field
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Transcribed Image Text:The magnetic field of an electromagnetic
wave propagating through the
vacuum is given by:
B = 8 × 10-5 sin(3x101²t + 1,24 × 10°z)j
a. The direction of wave propagation
b. Wavelength
c. The expression of the corresponding
electric field
d. The energy per unit of time and unit of
area that it transports
and
e. The energy in eV that it transports
through a surface of 0.4 m^2 for half an
hour
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