Birdwatch Note
2024-08-17 03:27:16 UTC - MISINFORMED_OR_POTENTIALLY_MISLEADING
In case anyone sees this and is genuinely curious, this article will explain in detail how buoyancy forces counteract gravitational forces, and demonstrate why a balloon would fall if it were in vacuum. https://ucscphysicsdemo.sites.ucsc.edu/physics-5b6b-demos/helium-balloon-falls-in-vacuum/
Written by EC09A5C8DDA8BABFEBAA93D6E26D574E2C8374783319C7FA013CB76BE66BE0D7
Participant Details
Original Tweet
Tweet embedding is no longer reliably available, due to the platform's instability (in terms of both technology and policy). If the Tweet still exists, you can view it here: https://twitter.com/foo_bar/status/1824482933190824248
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All Information
- ID - 1824649165567131878
- noteId - 1824649165567131878
- participantId -
- noteAuthorParticipantId - EC09A5C8DDA8BABFEBAA93D6E26D574E2C8374783319C7FA013CB76BE66BE0D7 Participant Details
- createdAtMillis - 1723865236071
- tweetId - 1824482933190824248
- classification - MISINFORMED_OR_POTENTIALLY_MISLEADING
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- harmful -
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- summary
- In case anyone sees this and is genuinely curious, this article will explain in detail how buoyancy forces counteract gravitational forces, and demonstrate why a balloon would fall if it were in vacuum. https://ucscphysicsdemo.sites.ucsc.edu/physics-5b6b-demos/helium-balloon-falls-in-vacuum/
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