B to t₁ B + x At time to, a localized magnetic field is detected at < -4.6, -2.45,0> m, with a direction B =< 0.5663, −0.8242, 0>. A short time later, this localized magnetic field is detected at < 5.53, 4.51,0> m. It is determined that this magnetic field is due to passing electromagnetic radiation. What is , the direction of propagation of the radiation?
B to t₁ B + x At time to, a localized magnetic field is detected at < -4.6, -2.45,0> m, with a direction B =< 0.5663, −0.8242, 0>. A short time later, this localized magnetic field is detected at < 5.53, 4.51,0> m. It is determined that this magnetic field is due to passing electromagnetic radiation. What is , the direction of propagation of the radiation?
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![AB
to
Y
X
5
t₁
Y
B
At time to, a localized magnetic field is detected at < −4.6, -2.45,0 > m, with a direction
B =< 0.5663, −0.8242, 0 >. A short time later, this localized magnetic field is detected at
< 5.53, 4.51, 0> m. It is determined that this magnetic field is due to passing electromagnetic radiation.
What is , the direction of propagation of the radiation?
X
What is E, the direction of the electric field at time to ?.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3cfcdb36-e66b-4581-b67a-40b1fb338cb6%2F20e68c42-47da-4479-a32b-d4557a28692b%2F688h2n3c_processed.png&w=3840&q=75)
Transcribed Image Text:AB
to
Y
X
5
t₁
Y
B
At time to, a localized magnetic field is detected at < −4.6, -2.45,0 > m, with a direction
B =< 0.5663, −0.8242, 0 >. A short time later, this localized magnetic field is detected at
< 5.53, 4.51, 0> m. It is determined that this magnetic field is due to passing electromagnetic radiation.
What is , the direction of propagation of the radiation?
X
What is E, the direction of the electric field at time to ?.
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