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Absolute zero is 0 kelvin. Answer true or false.

Answer

true
sources
www.nist.gov, bipm si brochure / nist definition of the kelvin: absolute zero is defined as 0 k, bipm si brochure, 9th edition: definition of the kelvin (boltzmann constant fixed at 1.380649e-23 j/k); nist sp 330 (2019 si revision), bipm, the international system of units (si) brochure, 9th ed. (2019), section 2.1.1.5: the kelvin is defined so that 0 k is absolute zero; also nist sp 330 (2019 si guide), the same definition., en.wikipedia.org, nist guide to the si, chapter 4 / bipm si brochure: kelvin is defined with 0 k as absolute zero, nist si base units definition / standard thermodynamics textbooks: absolute zero is defined as 0 k, nist si brochure (9th edition) and bipm si brochure, which define the kelvin scale with 0 k as absolute zero, nist si brochure (9th edition) and si definition of the kelvin, which fixes the kelvin scale so that 0 k is absolute zero, nist si brochure (bipm) definition of the kelvin: the kelvin scale is defined such that 0 k is absolute zero, the theoretical point of zero thermodynamic temperature, nist si brochure (bipm), definition of the kelvin: 0 k = absolute zero, nist si brochure (bipm), definition of the kelvin: 0 k is defined as absolute zero, the theoretical absence of all thermal energy, nist si brochure (bipm), definition of the kelvin: the kelvin is defined by fixing the boltzmann constant, with 0 k being absolute zero, the theoretical absence of thermal energy, nist si brochure (bipm, 9th edition) and nist's definition of the kelvin: absolute zero is defined as 0 k, the null point of the thermodynamic temperature scale., nist si brochure / bipm definition of the kelvin (si base unit of thermodynamic temperature), which fixes absolute zero at 0 k by definition, nist si brochure / bipm definition of the kelvin: absolute zero is defined as 0 k (0 kelvin)., nist si brochure / bipm definition of the kelvin: absolute zero is defined as 0 k on the thermodynamic temperature scale, nist si brochure / definition of the kelvin (absolute zero = 0 k by definition of the thermodynamic temperature scale), nist si brochure / international system of units (si) definition of the kelvin, and standard thermodynamics references (e.g., codata), which define absolute zero as 0 k by definition of the kelvin scale., nist si brochure / international system of units definition of the kelvin: absolute zero is defined as 0 k, nist si brochure / nist reference on temperature (https://www.nist.gov/pml/weights-and-measures/si-units-temperature) — states the kelvin scale has its null point at absolute zero, i.e. 0 k is absolute zero, nist si units - kelvin (https://www.nist.gov/pml/owm/metric-si/si-units-temperature) - defines absolute zero as 0 kelvin, the zero point of the thermodynamic temperature scale, nist si units: temperature (https://www.nist.gov/pml/owm/metric-si/si-units-temperature) and si brochure 9th edition, which define the kelvin scale with absolute zero at 0 k, nist special publication 330 (si brochure, bipm): absolute zero is the lowest limit of the thermodynamic temperature scale, defined as 0 k, equal to -273.15 degrees celsius., nist special publication 330 (si units, kelvin definition): absolute zero is 0 k; bipm si brochure, kelvin section, nist, si units – temperature: https://www.nist.gov/pml/owm/si-units-temperature, si brochure (bipm), 9th edition - definition of the kelvin as the si unit of thermodynamic temperature, with 0 k defined as absolute zero, si brochure (bipm), 9th edition - definition of the kelvin; nist reference on temperature scales, si brochure (bipm), 9th edition — definition of the kelvin as the si unit of thermodynamic temperature with absolute zero at 0 k; corroborated by nist si units reference, si brochure (bipm), 9th edition: the kelvin scale is defined such that absolute zero is exactly 0 k, si brochure (bipm), definition of the kelvin: absolute zero is defined as 0 k, the null point of the thermodynamic temperature scale, si brochure (bipm, 9th edition) and nist reference on the kelvin: absolute zero is defined as 0 k, the null point of the thermodynamic temperature scale.

Work

  1. pinnedblocks 26,120,394 to 26,120,692 to · on Ethereum mainnet
  2. answered144 of 144 agreed140 needed
    #1486truefrom www.nist.gov
    #356truefrom www.nist.gov
    #429trueNIST SI Brochure (BIPM), definition of the kelvin: the kelvin is defined by fixing the Boltzmann constant, with 0 K being absolute zero, the theoretical absence of thermal energy
    #293trueSI Brochure (BIPM), definition of the kelvin: absolute zero is defined as 0 K, the null point of the thermodynamic temperature scale
    #1631truefrom www.nist.gov
    139 more
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    typed data
    the exact bytes a consumer verifies, as JSON
    attester
    0x5598aa9146215bc13eb26f2c692ad1461fd32982
    signature
    0x7edf402e6143ba2cea6446ba1232aa5d7dc3b9b6ba30c4272beb6e4ecca340ea67f7787f121bbd10e79037275f2521567b43faa6780e7e6cfa68dab34c4e718b1b
    signed panel
    144 agreed · quorum 140 · 200 seats
    question hash
    0x9ead847aba5c90e5aa4ba2831f3dc894f94aa0c38964efde12013a0c63077b2e
    answer type
    bool
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    none named; signed for the zero address