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How long does a shooting star last?

Meteors become visible at altitudes between 50 and 75 miles (80 and 120 kilometers), with faster particles typically shining at greater heights. Many of the faster, brighter meteors may leave behind a train - a dimly glowing trail that persists for many seconds or, more rarely, minutes.

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How do you know if you saw a shooting star?

A shooting star will show a light that brightens, then fades away as it moves. This is because it is really a meteoroid that has entered the earth's atmosphere and is burning up. A shooting star may sometimes leave a trail of light behind. You may also see the shooting star flare up before it disappears. Moreover, can a meteor be white? Meteors are bright and white in color, but using spectroscopy to separate the constituent colors in this light provides valuable information about their composition through their emission spectrum "fingerprint." A meteorite may come from a comet, remnants from an asteroid collision, or another form of space debris.

You can also ask what is the difference between a dwarf planet and an asteroid?

Dwarf planets are a lot like regular planets: They both have enough mass and gravity to be nearly round - unlike odd-shaped asteroids. They both travel through space in a path around the Sun. In respect to this, what is the difference between meteor meteorite and meteorite? When meteoroids enter Earth's atmosphere (or that of another planet, like Mars) at high speed and burn up, the fireballs or "shooting stars" are called meteors. When a meteoroid survives a trip through the atmosphere and hits the ground, it's called a meteorite.

What's the difference between a shooting star and a falling star?

A shooting star has nothing to do with a falling star. Falling stars or shooting stars are what meteorites are called. The remaining part of the meteorite is called a meteorite if it survives burning up and hitting the Earth.

What happens when asteroids get knocked out of the asteroid belt?

"All the asteroids being kicked out of the asteroid belt had to go somewhere," he added. "The implication of this is that when all those asteroids were getting kicked out of the main belt, they could have become projectiles impacting the Earth and the moon, Mars, Venus and Mercury."

By Wilser Sanon

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