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  • Meteorite Orbits & Rotation: Understanding Space Rocks
    Meteorites don't really have revolutions or rotations in the same way that planets do. Here's why:

    * No Central Star: Meteorites are small, rocky bodies that orbit the Sun. They don't have their own star to revolve around like planets do.

    * Irregular Orbits: Meteorite orbits are often irregular and unpredictable. They can be influenced by the gravity of planets and other celestial bodies, causing their paths to change.

    * No Defined Axis: Meteorites don't have a specific axis of rotation like planets do. Their tumbling motion is more random and chaotic.

    Instead of revolution and rotation, we talk about a meteorite's:

    * Trajectory: This refers to the path a meteorite takes through space.

    * Velocity: How fast the meteorite is traveling.

    * Entry Angle: The angle at which the meteorite enters Earth's atmosphere.

    What happens when a meteorite enters Earth's atmosphere?

    * Friction: The meteorite's high velocity causes friction with the air, generating heat.

    * Burning: The intense heat causes the meteorite to burn and often disintegrate.

    * Meteor: This burning phenomenon is what we see as a meteor or shooting star.

    * Impact: If the meteorite survives the atmosphere, it may hit the ground and become a meteorite.

    Let me know if you have other questions about meteorites!

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