What are the associated peak amplitudes of the E and H fields if sunlight has a maximum intensity of 1300 W/m² on the earth’s moon?

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What are the associated peak amplitudes of the E and H fields if sunlight has a maximum
intensity of 1300 W/m2 on the earth's moon?
Calculate the relative strengths of the forces on the moon due to the gravitational field of
(a) the Earth,
(b) the Sun
(c) the force from solar pressure on the moon. Use internet or other resources to estimate any
required physical constants, masses, distances and areas
Transcribed Image Text:What are the associated peak amplitudes of the E and H fields if sunlight has a maximum intensity of 1300 W/m2 on the earth's moon? Calculate the relative strengths of the forces on the moon due to the gravitational field of (a) the Earth, (b) the Sun (c) the force from solar pressure on the moon. Use internet or other resources to estimate any required physical constants, masses, distances and areas
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