Oracle
The neutron carries a positive electric charge. Answer true or false.
Answer
false
- neutron
- An ordinary neutron, as described by the cited physics sources.
- positive electric charge
- Net electric charge greater than zero; a neutral charge is not positive.
- sources
- www.energy.gov, cern-courier.web.cern.ch, cms.cern, cmsexperiment.web.cern.ch, codata / nist fundamental physical constants: neutron electric charge is 0 (exactly neutral, within experimental limits ~1e-21 e), as also stated in standard physics references (e.g., particle data group), codata / nist physical constants (neutron electric charge = 0), and standard particle physics references (e.g. particle data group) describing the neutron as electrically neutral, codata / nist physical constants: neutron electric charge = 0 (particle is electrically neutral, not positively charged), codata / nist physical measurement laboratory: neutron electric charge is 0 (within measured uncertainty of order 1e-21 e); particle data group review of particle physics lists the neutron charge as 0., codata / nist physical reference data: neutron electric charge = 0 e (consistent with the standard model and the particle's name), codata / nist reference on constants, units, and uncertainty: neutron electric charge is (-0.2 ± 0.8)x10^-21 e, consistent with zero, i.e. the neutron is electrically neutral, not positively charged, codata / particle data group: neutron electric charge = 0 (0 e), listed under fundamental particle properties, codata / particle data group: neutron electric charge = 0 e (measured consistent with zero to high precision), i.e. the neutron is neutral, not positively charged, codata / particle data group: neutron electric charge = 0 e (within experimental uncertainty ~1e-21 e), i.e. electrically neutral, codata / particle data group: neutron electric charge is 0 (consistent with zero to high precision), not positive, codata / particle data group: neutron electric charge is 0 (consistent with zero within experimental uncertainty), not positive, codata / particle data group: the neutron has a measured net electric charge of 0 (consistent with zero to high precision), classifying it as electrically neutral, not positive, codata / particle data group: the neutron has a net electric charge of zero (it is electrically neutral), consistent with 0 to within experimental precision of about 1e-21 e; nist codata lists the neutron's charge as exactly 0, codata / particle data group: the neutron has electric charge 0 (it is electrically neutral), not positive; the neutron's magnetic moment arises from its internal quark structure despite zero net charge, codata / particle data group: the neutron has electric charge 0 e (it is electrically neutral by definition and by measurement, distinguishing it from the positively charged proton), codata / particle data group: the neutron has electric charge 0e (measured consistent with zero to high precision); it is electrically neutral, not positive., codata / particle data group: the neutron has zero net electric charge (charge = 0 e); it is composed of one up quark (+2/3 e) and two down quarks (-1/3 e each), summing to zero., codata / particle data group: the neutron is a neutral baryon with a net electric charge of 0 e (not positive)., codata / particle data group: the neutron is electrically neutral (measured charge consistent with zero, |q_n| < 1e-21 e), not positive, codata / particle data group: the neutron is electrically neutral, with a measured net charge of (0 ± ...) e, consistent with zero, codata / particle data group: the neutron's electric charge is consistent with zero (measured net charge (-0.2 +/- 0.8) x 10^-21 e); it is classified as an electrically neutral particle, not positively charged, codata / particle data group: the neutron's electric charge is measured consistent with zero (0 e), it is electrically neutral, not positive, codata / particle data group: the neutron's electric charge is measured consistent with zero (experimental limit on neutron charge is (0.0±1.3)e-21 e, pdg review of particle physics), i.e. electrically neutral, not positive., codata / particle data group: the neutron's electric charge is measured to be consistent with zero (0 e), not positive, codata / particle data group: the neutron's net electric charge is consistent with zero (measured net charge (-2±8)x10^-22 e), classified as electrically neutral, not positive., codata 2018 recommended values of the fundamental physical constants (physics.nist.gov/cuu/constants): neutron charge listed as exactly 0 e. also particle data group (pdg.lbl.gov) particle listings for the neutron (n), which lists neutron charge q = 0., codata 2018/pdg particle data: the neutron has electric charge 0 e (electrically neutral), not positive, codata/nist fundamental physical constants: neutron electric charge = 0 c (neutron is electrically neutral, not positively charged), codata/nist fundamental physical constants: neutron electric charge is 0 e (electrically neutral), i.e. https://physics.nist.gov/cgi-bin/cuu/value?qn, codata/nist: neutron electric charge is 0 e (within uncertainty ~(-0.2 ± 0.8)x10^-21 e), i.e. electrically neutral, not positive, codata/particle data group: neutron electric charge = 0 e (measured consistent with zero to high precision); composed of quarks udd with charges +2/3e, -1/3e, -1/3e summing to 0, codata/particle data group: neutron electric charge is 0 e (electrically neutral), not positive, codata/particle data group: neutron electric charge is 0 e (neutron is electrically neutral, not positively charged), codata/particle data group: the neutron has a net electric charge of 0 (electrically neutral), not positive, codata/particle data group: the neutron has net electric charge 0 (within experimental uncertainty of order 1e-21 e), i.e. it is electrically neutral, not positive., codata/particle data group: the neutron has zero net electric charge (measured consistent with 0 to high precision); it is not positively charged., codata/pdg particle data: the neutron has electric charge 0 e (it is electrically neutral), not positive., codata/pdg: the neutron has a measured electric charge of (0 ± <1e-21) e, i.e. electrically neutral, not positive, codata/pdg: the neutron has zero net electric charge (it is electrically neutral, consistent with experimental bounds on the order of 1e-21 e); it does not carry positive charge., codata/pdg: the neutron is electrically neutral with a measured net charge of (0.0 ± 0.8) x 10^-21 e, consistent with zero; it is not positively charged., en.wikipedia.org, goldbook.iupac.org, home.cern, iupac gold book, neutron (n04116), https://goldbook.iupac.org/terms/view/n04116 — defines neutron as a nuclear particle of zero charge., journals.aps.org, nist codata (physics.nist.gov) neutron electric charge value: consistent with zero, nist codata / particle data group: neutron has a net electric charge of 0 e (electrically neutral), not positive., particle data group (pdg) review of particle physics, neutron properties table: neutron electric charge = 0 (in units of e), particle data group (pdg) review of particle physics, neutron properties: electric charge = 0 (neutral), particle data group (pdg) review of particle physics, neutron summary table: charge = 0 (consistent with zero to high precision), particle data group (pdg) review of particle physics, neutron summary table: electric charge = 0, particle data group (pdg) review of particle physics, neutron summary table: electric charge = 0 e (within experimental limits of ~1e-21 e), particle data group (pdg) review of particle physics, neutron summary table: neutron electric charge = 0 (consistent with zero to high precision), not positive, particle data group (pdg) review of particle physics, neutron summary table: neutron electric charge = 0 e (consistent with codata recommended value)., particle data group (pdg) review of particle physics: neutron charge = 0 e, particle data group (pdg) review of particle physics: neutron electric charge = 0 (consistent with zero within experimental limits, <1e-21 e), particle data group (pdg), review of particle physics, neutron entry: electric charge = 0 e (neutral); codata/nist reference data for the neutron also lists its charge as 0, particle data group (pdg.lbl.gov) review of particle physics, neutron summary table: neutron electric charge = 0, pdg (particle data group) review of particle physics, neutron listing: electric charge = (−0.2 ± 0.8) × 10^-21 e, consistent with zero, pdg (particle data group) review of particle physics, neutron properties: electric charge = 0, pdg (particle data group) review of particle physics, neutron summary table: electric charge = 0, pdg (particle data group) summary tables / codata: neutron electric charge = 0 e, pdg.lbl.gov, pdgprod.lbl.gov, physics.nist.gov, standard model of particle physics / codata: the neutron is a baryon with net electric charge 0e (composed of one up quark, +2/3e, and two down quarks, -1/3e each, summing to zero), making it electrically neutral, not positively charged., tsapps.nist.gov, u.s. department of energy, doe explains... neutrons (https://www.energy.gov/science/doe-explainsneutrons); nist, nist scientists reveal the power behind the curtain — with 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); cern cms experiment glossary, neutron (https://cms.cern/node/1243), u.s. department of energy, doe explains...neutrons, https://www.energy.gov/science/doe-explainsneutrons, u.s. department of energy, doe explains...neutrons: https://www.energy.gov/science/doe-explainsneutrons (states neutrons have neutral electric charge)., www.jlab.org, www.nist.gov, www.nrc.gov
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#1486falsefrom www.energy.gov
#1560falsefrom www.energy.gov
#1313falsefrom www.energy.gov
#1654falsefrom www.energy.gov
#1207falseCODATA/NIST: neutron electric charge is 0 e (within uncertainty ~(-0.2 ± 0.8)x10^-21 e), i.e. electrically neutral, not positive220 more
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