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At a particular instant of time, a light beam traveling in the positive z direction has an electric field given by E = (6.22N/C) + (2.87N/C) y. The magnetic field in the beam has a magnitude of 2.28 × 10-8 T at the same time Does the magnetic field at this time have a z component that is positive negative, or zero? Explain

At a particular instant of time, a light beam traveling in the positive z direction has an electric field given by E = (6.22N/C) + (2.87N/C) y. The magnetic field in the beam has a magnitude of 2.28 × 10-8 T at the same time Does the magnetic field at this time have a z component that is positive negative, or zero? Explain

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At a particular instant of time, a light beam traveling in the positive z direction has an electric field given by E = (6.22N/C) + (2.87N/C) y. The magnetic field in the beam has a magnitude of 2.28 × 10-8 T at the same time Does the magnetic field at this time have a z component that is positive negative, or zero? Explain
Transcribed Image Text:At a particular instant of time, a light beam traveling in the positive z direction has an electric field given by E = (6.22N/C) + (2.87N/C) y. The magnetic field in the beam has a magnitude of 2.28 × 10-8 T at the same time Does the magnetic field at this time have a z component that is positive negative, or zero? Explain
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