The magnetic field of light wave 1 is equal to B. The magnetic field of 4. light wave 2 is equal to 3B. How do the wave intensities compare? a) The intensity of wave 2 is three times less than the intensity of wave 1. b) The intensity of wave 2 is the same as the intensity of wave 1. c) The intensity of wave 2 is three times larger than the intensity of wave 1. d) The intensity of wave 2 is nine times larger than the intensity of wave 1.
The magnetic field of light wave 1 is equal to B. The magnetic field of 4. light wave 2 is equal to 3B. How do the wave intensities compare? a) The intensity of wave 2 is three times less than the intensity of wave 1. b) The intensity of wave 2 is the same as the intensity of wave 1. c) The intensity of wave 2 is three times larger than the intensity of wave 1. d) The intensity of wave 2 is nine times larger than the intensity of wave 1.
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Transcribed Image Text:The magnetic field of light wave 1 is equal to B. The magnetic field of
4.
light wave 2 is equal to 3B. How do the wave intensities compare?
a) The intensity of wave 2 is three times less than the intensity of wave 1.
b) The intensity of wave 2 is the same as the intensity of wave 1.
c) The intensity of wave 2 is three times larger than the intensity of wave 1.
d) The intensity of wave 2 is nine times larger than the intensity of wave 1.
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