Question

Упал метеорит. Прочертив на небе огненный след, раскаленное тело упало в болото. Каково же было удивление подбежавших людей, когда на месте падения метеорита они обнаружили... глыбу льда! Как объяснить этот парадокс?

Answer 1

Во время того как летел метеорит у него была большая сила трения о воздух, из-за чего тело начало нагреваться и оставлять огненный след, но тк полет длился короткое время глыба не успела растаять в полете, а как упала в болото, то тут же остыло

Answer 2

The Paradox of the Meteorite

The scenario described presents a fascinating paradox: a blazing meteorite streaks across the sky, leaving a fiery trail, only for the astonished onlookers to discover a massive chunk of ice at the impact site. How can this apparent contradiction be explained?

Explanation: The paradox can be explained by the nature of meteorites and their composition. While the fiery appearance of a meteorite is due to its entry into the Earth's atmosphere and the resulting friction, the core of some meteorites can indeed be composed of ice. This ice is not in the form of liquid water, but rather as frozen gases and water molecules trapped within the meteorite.

The intense heat generated during the meteorite's atmospheric entry causes the outer layers to heat up and glow, creating the fiery spectacle observed by witnesses. However, the core of some meteorites can remain relatively unaffected by this heat, preserving the ice within. Therefore, the discovery of a chunk of ice at the impact site is not as contradictory as it may initially seem.

Additional Information: Meteorites are classified into different types based on their composition, and a subset of them, known as carbonaceous chondrites, can contain significant amounts of water and organic compounds. These meteorites are of particular interest to scientists due to their potential insights into the early solar system and the origins of water on Earth.

In summary, the paradox of a fiery meteorite leading to the discovery of ice at the impact site can be attributed to the complex composition of certain meteorites, which can include ice within their core despite their fiery appearance during entry into the Earth's atmosphere.