The moons distance from earth varies throughout is orbit, ranging from approximately 357,000 kilometres (222,000 mi) and 406,000 km (252,000 mi). A supermoon is where this closest approach coincides with a full moon. So a supermoons distance from earth is 357,000 kilometres or 222,000 miles.
Physically - no different than any other time. It's caused by a combination of optical illusion and distance from the Earth.
I don't know what you mean by "super moon", therefor I can't answer this.
Well that depends how close the moon is to earth
not in any noticable way
No, the supermoon is not the closest the Moon has ever been to Earth. A supermoon occurs when the Moon is full and at its closest point in its elliptical orbit, known as perigee. While supermoons can appear larger and brighter than usual, the actual distance varies with each occurrence, and there have been times in the past when the Moon was closer to Earth than during recent supermoons.
No, the moon's distance from Earth varies due to its elliptical orbit. The orbit shape causes the moon to be closer at some points (perigee) and farther at others (apogee). This phenomenon results in the "supermoon" and "micromoon" events.
The best time to look for a supermoon is when it is at its fullest and brightest, which typically occurs once a month when the moon is closest to Earth in its orbit.
A supermoon is a full moon (or a new moon) that nearly coincides with perigee—the closest that the Moon comes to the Earth in its elliptic orbit—resulting in a slightly larger-than-usual apparent size of the lunar disk as viewed from Earth. The technical name is a perigee syzygy or a full Moon around perigee.
The best time to view the supermoon is when it is closest to the Earth, which typically occurs when it is full and at its perigee, or closest point in its orbit. This usually happens a few times a year, so keep an eye out for announcements on when the next supermoon will occur.
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No, a supermoon cannot destroy our atmosphere. A supermoon is a natural phenomenon where the full moon appears larger and brighter in the sky due to its closer proximity to Earth, but it does not have any impact on the atmosphere.
D. Alignment of the Universe does not contribute to the changing of seasons. The changing of seasons is primarily influenced by the tilt of the Earth's axis as it orbits the Sun (B), along with the varying distance between the Earth and the Sun (C) throughout the year. The distance between the Earth and the Moon (A) mainly affects tides on Earth.