Birdwatch Archive

Birdwatch Note Rating

2023-10-23 03:11:18 UTC - HELPFUL

Rated by Participant: 27E82C28510A3B477DDEEE9F46668EF2BC3DF726560F666C7E2F44360A64AFE8
Participant Details

Original Note:

A hollow moon would have less mass and in turn have less gravitational pull. This would effect tides and the shape of the earth. We can calculate the mass of the moon by its size and gravitational pull. It is solid. https://spacemath.gsfc.nasa.gov/moon/5Page19.pdf https://moon.nasa.gov/moon-in-motion/earth-and-tides/tides/

All Note Details

Original Tweet

All Information

  • noteId - 1716222909818286509
  • participantId -
  • raterParticipantId - 27E82C28510A3B477DDEEE9F46668EF2BC3DF726560F666C7E2F44360A64AFE8
  • createdAtMillis - 1698030678676
  • 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 - 171622290981828650927E82C28510A3B477DDEEE9F46668EF2BC3DF726560F666C7E2F44360A64AFE8