Birdwatch Note
2024-07-19 01:56:17 UTC - MISINFORMED_OR_POTENTIALLY_MISLEADING
Cavitation occurs as a bullet meets resistance from the body. Energy from the bullet is dispersed into the surrounding tissue, causing outwards expansion. A .223 would pass through a thin target, keeping most if its energy, not causing cavitation, tumbling, or fragmentation. https://apps.dtic.mil/sti/citations/ADA570804
Written by 9BAEADB0074DF9F72913AB9D4305CC812B236B35ED0E2BE769B7F979A11B476E
Participant Details
Original Tweet
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All Information
- ID - 1814117023263121821
- noteId - 1814117023263121821
- participantId -
- noteAuthorParticipantId - 9BAEADB0074DF9F72913AB9D4305CC812B236B35ED0E2BE769B7F979A11B476E Participant Details
- createdAtMillis - 1721354177667
- tweetId - 1813930365637255326
- classification - MISINFORMED_OR_POTENTIALLY_MISLEADING
- believable -
- harmful -
- validationDifficulty -
- misleadingOther - 1
- misleadingFactualError - 1
- misleadingManipulatedMedia - 0
- misleadingOutdatedInformation - 0
- misleadingMissingImportantContext - 0
- misleadingUnverifiedClaimAsFact - 1
- misleadingSatire - 0
- notMisleadingOther - 0
- notMisleadingFactuallyCorrect - 0
- notMisleadingOutdatedButNotWhenWritten - 0
- notMisleadingClearlySatire - 0
- notMisleadingPersonalOpinion - 0
- trustworthySources - 1
- summary
- Cavitation occurs as a bullet meets resistance from the body. Energy from the bullet is dispersed into the surrounding tissue, causing outwards expansion. A .223 would pass through a thin target, keeping most if its energy, not causing cavitation, tumbling, or fragmentation. https://apps.dtic.mil/sti/citations/ADA570804