Xanthopus: Created page with "==2, 153 and 202 Rocket propulsion== link={{filepath:Card_2.webp}} link={{filepath:Card_153.webp}} Rockets easily work in a vacuum. "How Stuff Works" explains it well. [https://science.howstuffworks.com/rocket.htm?s1sid=1h2ef4rtdy5k7z3uftiuxpe8&srch_tag=stvogbqyyzml4cvajc4yu766kugsv4vv How Rocket Engines Work by Marshall Brain] It's an application of Newton's laws of motion, not a violation. {..."

2026-06-03T16:19:50Z

Created page with "==2, 153 and 202 Rocket propulsion== 400px|link={{filepath:Card_2.webp}} 400px|link={{filepath:Card_153.webp}} Rockets easily work in a vacuum. "How Stuff Works" explains it well. <ref>[https://science.howstuffworks.com/rocket.htm?s1sid=1h2ef4rtdy5k7z3uftiuxpe8&srch_tag=stvogbqyyzml4cvajc4yu766kugsv4vv <q>How Rocket Engines Work</q> by Marshall Brain]</ref> It's an application of Newton's laws of motion, not a violation. {..."

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==2, 153 and 202 Rocket propulsion==

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[[File:Card_153.webp|400px|link={{filepath:Card_153.webp}}]]

Rockets easily work in a vacuum. "How Stuff Works" explains it well.
<ref>[https://science.howstuffworks.com/rocket.htm?s1sid=1h2ef4rtdy5k7z3uftiuxpe8&srch_tag=stvogbqyyzml4cvajc4yu766kugsv4vv <q>How Rocket Engines Work</q> by Marshall Brain]</ref>
It's an application of Newton's laws of motion, not a violation.

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Fuel requirements grow with mass, not distance. Almost all the fuel is used to get the rocket into orbit. After that only very little fuel is needed as there is no air resistance in space.

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