The sun emits electromagnetic energy pretty much across the electromagnetic spectrum. Pick a low radio frequency and the sun emits electromagnetic energy in that band. The sun emits all kinds of electromagnetic (EM) energy. From the higher frequencies (higher energies and shorter wavelengths) down, out star emits gamma rays, X-rays, ultraviolet (UV) rays, visible light, infrared (IR) rays, microwaves, high frequency radio frequency (RF) waves and all the rest. Radiation from the sun interferes with AM radio in the 520 - 1700 kHz band, and even lower frequency electromagnetic energy like the very low frequency (VLF) bands used in . We can "see" or "hear" the electromagnetic noise of the sun just about anywhere we care to look or listen (depending on which word you prefer) with optical or radio telescopes, or even a longwave radio reciever.
Longer than those emitted by the Sun
A Lunar Eclipse
The earth's prbit around the sun is not circular, it is an ellipse. the earth is further from the sun at the ends of the ellipse than when it is in the middle. The length of day is a local effect, based on the angling of the earth's axis towards the sun. When the days are longest in the northern hemisphere they are shortest in the southern hemisphere, and vice versa. These days occur when the earth is at its orbit's greatest distance from the sun. When the days are closest to being as long as the nights, the earth is at its orbit's shortest distance from the sun. When the earth is nearest the sun it receives a greater amount of energy than when it is further away.
yes, all stars the sun and moon rise in the east and set in the west, this is due to the rotation of the Earth
they are longer than those emitted by the sun.
Radio waves are at the long wavelength end of the sun's emissions.
When the moon blocks the Sun's light from reaching Earth, and also when our planet Earth blocks the Sun's light from reaching the moon.
The Sun is hotter.
no
Aphelion
By radiation: mainly in the infrared wavelengths.
No. Earth's shadow blocks sunlight reaching the Moon.
When the moon is directly between the earth and the sun, it's a solar eclipse, because the moon blocks the light from the sun from reaching the earth.
The Sun light is not monochromatic.
Longer than those emitted by the Sun
A Lunar Eclipse
Solar energy from the sun reaching the earth.