Birdwatch Archive

Birdwatch Note Rating

2023-05-19 22:40:23 UTC - HELPFUL

Rated by Participant: 4FAFD9B073F87B67107219C4E707BE0A29A887A52C12E726F8DD95254BC391C5
Participant Details

Original Note:

The acceleration due to gravity is about 10 m/s2 everywhere around earth, so all objects experience the same acceleration when they fall. However, in the real world, we have things like air resistance, which is why sometimes heavy things do fall faster. https://van.physics.illinois.edu/ask/listing/164?ssp=1&setlang=es-AR&safesearch=moderate

All Note Details

Original Tweet

All Information

  • noteId - 1659392369307910144
  • participantId -
  • raterParticipantId - 4FAFD9B073F87B67107219C4E707BE0A29A887A52C12E726F8DD95254BC391C5
  • createdAtMillis - 1684536023356
  • version - 2
  • agree - 0
  • disagree - 0
  • helpful - 0
  • notHelpful - 0
  • helpfulnessLevel - HELPFUL
  • helpfulOther - 0
  • helpfulInformative - 0
  • helpfulClear - 1
  • helpfulEmpathetic - 0
  • helpfulGoodSources - 1
  • helpfulUniqueContext - 0
  • helpfulAddressesClaim - 1
  • helpfulImportantContext - 1
  • helpfulUnbiasedLanguage - 1
  • notHelpfulOther - 0
  • notHelpfulIncorrect - 0
  • notHelpfulSourcesMissingOrUnreliable - 0
  • notHelpfulOpinionSpeculationOrBias - 0
  • notHelpfulMissingKeyPoints - 0
  • notHelpfulOutdated - 0
  • notHelpfulHardToUnderstand - 0
  • notHelpfulArgumentativeOrBiased - 0
  • notHelpfulOffTopic - 0
  • notHelpfulSpamHarassmentOrAbuse - 0
  • notHelpfulIrrelevantSources - 0
  • notHelpfulOpinionSpeculation - 0
  • notHelpfulNoteNotNeeded - 0
  • ratingsId - 16593923693079101444FAFD9B073F87B67107219C4E707BE0A29A887A52C12E726F8DD95254BC391C5