The electric field of an electromagnetic wave propagating through a vacuum Is given by: E = 250 sin (2nx1012¢ –n × 10*z)î en V/m. d. The intensity of the radiation it carries e. The energy in eV that it transports through a square surface of 40 cm sideways for half an hour.
The electric field of an electromagnetic wave propagating through a vacuum Is given by: E = 250 sin (2nx1012¢ –n × 10*z)î en V/m. d. The intensity of the radiation it carries e. The energy in eV that it transports through a square surface of 40 cm sideways for half an hour.
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Transcribed Image Text:The electric field of an electromagnetic
wave propagating through a vacuum
Is given by:
E = 250 sin (2nx101²t – n × 10*z)î en V/m.
d. The intensity of the radiation it
carries
e. The energy in eV that it transports
through a square surface of 40 cm sideways
for half an hour.
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