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Scientific Errors in the Quran: Difference between revisions
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Scientific Errors in the Quran (view source)
Revision as of 17:30, 1 September 2023
, 1 September 2023→Meteors as stars fired at devils: Added the word 'main' source as technically some are comets - I will update this section further explaining the issues with comets as well :)
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m (→Meteors as stars fired at devils: Changed spelling mistake, repeated words 'in space' and added some more context around how far asteroids are from each other.) |
m (→Meteors as stars fired at devils: Added the word 'main' source as technically some are comets - I will update this section further explaining the issues with comets as well :)) |
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'''''Meteors''''' are objects that enter Earth’s atmosphere from space, which are typically pieces of dust no larger than a grain of rice, burn up before reaching the ground, though can be larger (''meteorites'' refer to rocks that survive left over on Earth). As they vaporize, they leave behind the fiery trails sometimes called “shooting stars,” even though meteors are not really stars. | '''''Meteors''''' are objects that enter Earth’s atmosphere from space, which are typically pieces of dust no larger than a grain of rice, burn up before reaching the ground, though can be larger (''meteorites'' refer to rocks that survive left over on Earth). As they vaporize, they leave behind the fiery trails sometimes called “shooting stars,” even though meteors are not really stars. | ||
The source of meteors are asteroids, either directly by them being pulled out of the belt by Jupiter's gravity, then moving to the inner solar system where they collide with Earth (99.8% of them),<ref>https://solarsystem.nasa.gov/asteroids-comets-and-meteors/meteors-and-meteorites/in-depth/</ref> or indirectly as they collide with other rocky objects, i.e. the moon or Mars (0.02% of them) which then come into Earths gravitational tug.<ref>https://www.astronomy.com/science/where-do-meteorites-come-from/</ref> | The main source of meteors are asteroids, either directly by them being pulled out of the belt by Jupiter's gravity, then moving to the inner solar system where they collide with Earth (99.8% of them),<ref>https://solarsystem.nasa.gov/asteroids-comets-and-meteors/meteors-and-meteorites/in-depth/</ref> or indirectly as they collide with other rocky objects, i.e. the moon or Mars (0.02% of them) which then come into Earths gravitational tug.<ref>https://www.astronomy.com/science/where-do-meteorites-come-from/</ref> | ||
Other than the fact that these asteroids are not stars or 'star-like', but just rocks and metal with no light source, and therefore cannot accurately be said to match the description of 'lamps' - the most densely populated space for these is the asteroid belt. | Other than the fact that these asteroids are not stars or 'star-like', but just rocks and metal with no light source, and therefore cannot accurately be said to match the description of 'lamps' - the most densely populated space for these is the asteroid belt. | ||