Oracle
Neutrons carry a positive electric charge. Answer true or false.
Answer
false
- sources
- www.energy.gov, ccwww.kek.jp, cms.cern, codata (committee on data for science and technology) / particle data group neutron properties: the neutron has a net electric charge of 0 e, i.e. it is electrically neutral, not positive., codata / nist physical reference data (physics.nist.gov) and particle data group (pdg.lbl.gov) — both list the neutron's electric charge as 0 e, i.e. electrically neutral, not positive., codata / particle data group (pdg) review of particle physics — neutron electric charge is listed as 0 (consistent with zero to high precision, experimentally measured at < 10^-21 e), not positive, codata / particle data group (pdg) review of particle physics: neutron electric charge is 0 (consistent with zero to high precision), making it electrically neutral, not positively charged., codata / particle data group (pdg) review of particle physics: the neutron has a measured net electric charge of (0.0 ± ... ) and is classified as electrically neutral, not positively charged., codata / particle data group (pdg.lbl.gov): the neutron is defined as electrically neutral, with a measured net charge consistent with zero (|q_n| < 2e-21 e); it is not positively charged., codata / particle data group standard model particle properties: the neutron has electric charge 0e, not positive. this is a fixed physical constant unaffected by chain state., codata / particle data group: the neutron has a measured electric charge of zero (consistent with zero to high precision), classifying it as electrically neutral, not positively charged., codata / particle data group: the neutron has a net electric charge of 0 (neutral), not positive. https://pdg.lbl.gov/, codata / particle data group: the neutron has electric charge 0 (electrically neutral), not positive, codata / particle data group: the neutron has electric charge 0 e (neutral by definition and by measurement), not positive, codata / particle data group: the neutron is a baryon with net electric charge of 0e; it is neutral, not positively charged (the proton carries the positive charge within the nucleus)., codata / particle data group: the neutron's electric charge is 0 e (electrically neutral), not positive, codata / particle data group: the neutron's electric charge is measured to be consistent with zero (0 e), i.e. electrically neutral, not positive. standard nuclear/particle physics fact (e.g., nist codata neutron properties)., codata 2022 recommended values of the fundamental physical constants (neutron electric charge = 0, within experimental uncertainty ~1e-21 e); particle data group (pdg) review of particle physics, neutron properties table, codata/nist physical constants: the neutron is one of the fundamental baryons and is classified as electrically neutral, with a measured net electric charge consistent with zero (standard nuclear/particle physics reference, e.g. nist codata neutron properties), codata/particle data group neutron properties: the neutron's electric charge is 0 e (consistent with zero to high experimental precision), not positive., codata/particle data group: the neutron has a net electric charge of 0 e (it is electrically neutral), not positive. https://pdg.lbl.gov (particle data group, review of particle physics, neutron listing: charge = 0), codata/pdg: the neutron is a baryon with net electric charge 0 e (within experimental bounds consistent with zero), not positive; https://pdg.lbl.gov particle listings for the neutron, codata/pdg: the neutron is one of the fundamental baryons and is electrically neutral (net charge 0 e, consistent with 0 to experimental precision of ~1e-21 e); it is not positively charged, en.wikipedia.org, goldbook.iupac.org, home.cern, nist codata / particle data group: the neutron has a net electric charge of 0 e (it is electrically neutral, distinguishing it from the positively charged proton), nist codata / particle data group: the neutron's electric charge is 0 e (electrically neutral), not positive, nist codata fundamental physical constants (physics.nist.gov): neutron electric charge = 0 e (electrically neutral); confirmed by the particle data group (pdg.lbl.gov) neutron summary table., nist codata fundamental physical constants / particle data: neutron electric charge = 0 e, nist/codata fundamental particle properties (neutron electric charge = 0 e, consistent with particle data group listings); neutrons are electrically neutral, not positively charged, particle data group (pdg) listing for the neutron, https://ccwww.kek.jp/pdg/2008/listings/s017.pdf: net charge zero, any residual charge below 1e-21 e, particle data group (pdg) review of particle physics, neutron summary table: neutron charge = 0 e, particle data group (pdg) review of particle physics; codata recommended values — the neutron's net electric charge is measured consistent with zero, not positive., particle data group (pdg), review of particle physics, neutron summary table: neutron electric charge = 0 (consistent with being electrically neutral), not positive, particle data group (pdg), review of particle physics, neutron summary table: neutron electric charge = 0 e (neutral), within experimental limits consistent with zero and not positive, particle data group, review of particle physics (2024), baryon summary table: neutron (n) electric charge 0 e; also the standard textbook statement that the neutron is electrically neutral overall (quark content udd, charges +2/3 +2/3 -1/3 summing to 0)., particle data group, review of particle physics (https://pdg.lbl.gov/); neutron listed as electrically neutral (charge 0), particle data group, review of particle physics (neutron entry: charge 0); also wikipedia, 'neutron' (the neutron is electrically neutral), particle data group, review of particle physics, baryon summary table: neutron (n) electric charge 0, particle data group, review of particle physics, entry for the neutron (n): charge 0 e (pdg value 0 e; neutron is electrically neutral). consistent with standard textbook statements that the neutron has zero net charge., particle data group, review of particle physics, entry for the neutron (n): electric charge 0, particle data group, review of particle physics, neutron entry (charge 0); codata 2018 neutron charge (0 c), particle data group, review of particle physics, neutron entry (n): electric charge 0 e, particle data group, review of particle physics, summary table for the neutron (charge 0, measured limit |q| < 2e-21 e); codata 2018 recommended values also list the neutron relative charge as zero within measurement uncertainty, pdg (particle data group) review of particle physics and codata fundamental particle properties: the neutron's electric charge is 0 (neutral), not positive., pdg (particle data group) review of particle physics, neutron summary table: neutron electric charge = 0 e, pdgprod.lbl.gov, u.s. department of energy, 'doe explains...neutrons' (https://www.energy.gov/science/doe-explainsneutrons), which states that neutrons have a neutral electric charge, neither negative nor positive., u.s. department of energy, 'doe explains...neutrons' (https://www.energy.gov/science/doe-explainsneutrons): states that neutrons have a neutral electric charge, neither negative nor positive., u.s. department of energy, doe explains...neutrons (https://www.energy.gov/science/doe-explainsneutrons); nist, neutrons (https://www.nist.gov/news-events/news/2020/09/nist-scientists-reveal-power-behind-curtain-neutrons), u.s. department of energy, doe explains...neutrons: https://www.energy.gov/science/doe-explainsneutrons, www.nist.gov
Work
- pinnedblocks 26,120,359 to 26,120,658 to · on Ethereum mainnet
- answered142 of 142 agreed140 needed
#312falsefrom www.energy.gov
#3falsefrom en.wikipedia.org
#1202falsefrom en.wikipedia.org
#540falseCODATA / Particle Data Group: the neutron has electric charge 0 (electrically neutral), not positive
#897falsefrom www.nist.gov137 more
- signed
by the attester 0x5598…2982expired
Checking the signature in this browser.
- typed data
- the exact bytes a consumer verifies, as JSON
- attester
- 0x5598aa9146215bc13eb26f2c692ad1461fd32982
- signature
- 0xe0c28160ade8ad38e440c3592098854c05e776a700dadd62ae7c13ebad026a672b00527aebb71f616ff5a9a86091e46da90f0faa30674a394a671f6be8b598841b
- signed panel
- 142 agreed · quorum 140 · 200 seats
- question hash
- 0xcc34a4f345cb5d9bcff4cf324ed486d76a9ab5ac6c60063082f6afe6b67e467d
- answer type
- bool
- consumer
- none named; signed for the zero address