A

accuracy of measurement  ..........  3.1.3,   3.4.1,   B.2.14

analysis of variance  ..........  see ANOVA

ANOVA  ..........  4.2.8,   H.5 et seqq.

arithmetic mean  ..........  4.1.4 Note,   4.2.1,   C.2.19

average  ..........  see arithmetic mean

B

bias  ..........  3.2.3 Note

BIPM  ..........  Preliminary,   Foreword,   0.5,   7.1.1,   A.1,   A.2

blunders  ..........  3.4.7

bounds on an input quantity  ..........  4.3.7,   4.3.8,   4.3.9,   4.4.5,   4.4.6,   F.2.3.3

Bureau International des Poids et Mesures  ..........  see BIPM

C

calibration chain  ..........  4.2.8 Note

calibration, comparison  ..........  F.1.2.3 Note

calibration curve  ..........  F.2.4.2,   F.2.4.5

calibration curve, linear  ..........  H.3 et seqq.

Central Limit Theorem  ..........  G.1.6,   G.2,   G.2.1,   G.2.2,   G.2.3,   G.6.2,   G.6.5,   G.6.6

central moment of order q  ..........  C.2.13,   C.2.22,   E.3.1 Note 1

centred random variable  ..........  C.2.10

characteristic  ..........  C.2.15

CIPM  ..........  Preliminary,   Foreword,   0.5,   6.1.1,   6.1.2,   A.1,   A.2,   A.3

combined standard uncertainty  ..........  2.3.4,   3.3.6,   4.1.5,   5,   5.1.1,   5.1.2,   5.1.3,   5.1.6,   5.2.2,   6.1.1,   D.6.1,   E.3.6

combined standard uncertainty and Comités Consultatifs  ..........  6.1.1,   A.3

combined standard uncertainty and international comparisons  ..........  6.1.1,   A.3

combined standard uncertainty from Type A components alone  ..........  7.2.1,   G.4.1 Note 3

combined standard uncertainty from Type B components alone  ..........  7.2.1,   G.4.1 Note 3

combined standard uncertainty, numerical calculation of  ..........  5.1.3 Note 2,   5.2.2 Note 3

combined standard uncertainty, relative  ..........  5.1.6,   7.2.1

combined standard uncertainty, reporting  ..........  7.2.1,   7.2.2

Comité International des Poids et Mesures  ..........  see CIPM

confidence coefficient  ..........  C.2.29

confidence interval  ..........  4.2.3 Note 1,   6.2.2,   C.2.27,   C.2.28,   E.3.3

confidence intervals, propagation of  ..........  E.3.3

confidence level  ..........  6.2.2,   C.2.29

conventional true value of a quantity  ..........  B.2.4

convolution  ..........  see probability distributions, convolving

corrected result  ..........  B.2.13,   D.3.1,   D.3.4,   D.4

correction  ..........  3.2   3.2.3   3.2.4 Note 2,   B.2.23

correction factor  ..........  3.2.3   B.2.24

correction, ignoring a  ..........  3.2.4 Note 2,   3.4.4,   6.3.1 Note,   F.2.4.5

correction, uncertainty of a  ..........  see uncertainty of a correction

correlated input estimates or quantities  ..........  see correlation

correlated output estimates or quantities  ..........  3.1.7,   7.2.5,   H.2.3,   H.2.4,   H.3.2,   H.4.2

correlated random variations  ..........  4.2.7

correlation  ..........  5.1,   5.2 et seqq.,   C.2.8,   F.1.2,   F.1.2.1,   F.1.2.2,   F.1.2.3,   F.1.2.4

correlation coefficient  ..........  5.2.2,   5.2.3,   C.3.6,   F.1.2.3,   H.2.3,   H.2.4,   H.3.2,   H.4.2

correlation coefficient matrix  ..........  7.2.5,   C.3.6 Note 2

correlation coefficient, significant digits for a  ..........  7.2.6

correlation, elimination of  ..........  5.2.4,   5.2.5,   F.1.2.4,   H.3.5

covariance  ..........  3.3.6,   5.2.2,   C.3.4,   F.1.2.1,   F.1.2.2,   F.1.2.3,   F.1.2.4

covariance, experimental evaluation of  ..........  5.2.5,   C.3.6 Note 3

covariance matrix  ..........  3.1.7,   5.2.2 Note 2,   7.2.5,   C.3.5,   H.2.3

covariance of two arithmetic means  ..........  5.2.3,   C.3.4,   H.2.2,   H.2.4,   H.4.2

coverage factor  ..........  2.3.6,   3.3.7,   4.3.4 Note,   6.2.1,   6.3 et seqq.,   G.1.3,   G.2.3,   G.3.4,   G.6.1 et seqq.

coverage probability  ..........  0.4,   2.3.5 Note 1,   3.3.7,   6.2.2,   G.1.1,   G.1.3,   G.3.2

curve, calibration  ..........  see calibration curve

D

degree of belief  ..........  3.3.5,   E.3.5,   E.4.4,   E.5.2 Note

degrees of freedom  ..........  4.2.6,   C.2.31,   E.4.3,   G,   G.3,   G.3.2,   G.3.3,   G.6.3,   G.6.4

degrees of freedom, effective  ..........  6.3.3,   G.4,   G.4.1,   G.5.4,   G.6.2 et seqq.

degrees of freedom, effective, of Type A components alone  ..........  7.2.1,   G.4.1 Note 3

degrees of freedom, effective, of Type B components alone  ..........  7.2.1,   G.4.1 Note 3

degrees of freedom of a pooled estimate of variance (or of a pooled experimental standard deviation)  ..........  H.1.6,   H.3.6 Note

degrees of freedom of a Type A standard uncertainty  ..........  G.3.3,   G.6.3,   G.6.4

degrees of freedom of a Type B standard uncertainty  ..........  G.4.2,   G.4.3,   G.6.3,   G.6.4

design, balanced nested  ..........  H.5.3.1,   H.5.3.2

distribution, a priori  ..........  4.1.6,   4.3.1 Note,   4.4.4 et seqq.,   D.6.1,   E.3.4,   E.3.5,   G.4.2,   G.4.3

distribution, asymmetric  ..........  4.3.8,   F.2.4.4,   G.5.3

distribution, F-  ..........  see F-distribution

distribution, frequency  ..........  see frequency distribution

distribution function  ..........  C.2.4

distribution, Laplace-Gauss  ..........  see Laplace-Gauss distribution

distribution, normal  ..........  see normal distribution

distribution, probability  ..........  see probability distribution

distribution, rectangular  ..........  4.3.7,   4.3.9,   4.4.5,   F.2.2.1,   F.2.2.2,   F.2.2.3,   F.2.3.3,   G.2.2 Note 1,   G.4.3

distributions, convolving probability  ..........  see probability distributions, convolving

distributions, mathematically determinate  ..........  F.2.2

distribution, Student's  ..........  see Student's distribution

distribution, t-  ..........  see t-distribution

distribution, trapezoidal  ..........  4.3.9

distribution, triangular  ..........  4.3.9,   4.4.6,   F.2.3.3

E

effect, random  ..........  see random effect

effect, systematic  ..........  see systematic effect

error analysis  ..........  0.2

error and uncertainty, confusion between  ..........  3.2.2 Note 2,   3.2.3 Note,   E.5.4

error bound, maximum  ..........  E.4.1

error curve of a verified instrument  ..........  F.2.4.2

error, determining  ..........  3.4.5

error, maximum permissible  ..........  F.2.4.2

error of measurement  ..........  0.2,   2.2.4,   3.2,   3.2.1 Note,   3.2.2 Note 2,   3.2.3 Note,   3.3.1 Note,   3.3.2,   B.2.19,   D,   D.4,   D.6.1,   D.6.2,   E.5.1 et seqq.

error propagation, general law of  ..........  5.2.2 Note 1,   E.3.2

error, random  ..........  see random error

error, relative  ..........  see relative error

error, systematic  ..........  see systematic error

estimate  ..........  3.1.2,   C.2.26

estimate, input  ..........  see input estimate

estimate, output  ..........  see output estimate

estimation  ..........  C.2.24

estimator  ..........  4.2.7,   C.2.25

expanded uncertainty  ..........  2.3.5,   3.3.7,   6,   6.2.1,   6.2.2,   6.2.3,   G.1.1,   G.2.3,   G.3.2,   G.4.1,   G.5.1,   G.5.2,   G.5.3,   G.5.4,   G.6.4,   G.6.5,   G.6.6

expanded uncertainty for an asymmetric distribution  ..........  G.5.3

expanded uncertainty, relative  ..........  7.2.3

expanded uncertainty, reporting  ..........  7.2.3,   7.2.4

expectation (or expected value)  ..........  3.2.2,   3.2.3,   4.1.1 Note 3,   4.2.1,   4.3.7,   4.3.8,   4.3.9,   C.2.9,   C.3.1,   C.3.2

experimental standard deviation  ..........  see standard deviation, experimental

F

F-distribution  ..........  H.5.2.3

frequency  ..........  C.2.17

frequency distribution  ..........  3.3.5,   4.1.6,   C.2.18,   E.3.5

frequency, relative  ..........  E.3.5

F-test  ..........  H.5.2.2,   H.5.2.4

functional relationship  ..........  4.1.1,   4.1.2

functional relationship, linearization of a  ..........  5.1.5,   F.2.4.4 Note,   5.1.6 Note 1

functional relationship, nonlinear  ..........  4.1.4 Note,   5.1.2 Note,   F.2.4.4 Note,   G.1.5,   H.1.7,   H.2.4

H

higher-order terms  ..........  5.1.2 Note,   E.3.1,   H.1.7

histogram  ..........  4.4.3,   D.6.1 Note 1

I

IEC  ..........  Preliminary,   Foreword,   A.3,   B.1

IFCC  ..........  Preliminary,   Foreword,   B.1

imported input value or quantity  ..........  F.2.3,   F.2.3.1

independence  ..........  5.1,   C.3.7

independent repetitions  ..........  F.1.1.2

influence quantities, random  ..........  F.1.1.3,   F.1.1.4

influence quantity  ..........  3.1.5,   3.1.6,   3.2.3,   4.2.2,   B.2.10

information, pool of, for a Type B evaluation  ..........  3.3.5 Note,   4.3.1,   4.3.2,   5.2.5

input estimate  ..........  4.1.4,   4.1.6,   4.2.1

input estimates or quantities, correlated  ..........  see correlation

input quantities, categorization of  ..........  4.1.3

input quantity  ..........  4.1.2

input quantity, bounds on an  ..........  see bounds on an input quantity

input value or quantity, imported  ..........  see imported input value or quantity

International Electrotechnical Commission  ..........  see IEC

International Federation of Clinical Chemistry  ..........  see IFCC

International Organization of Legal Metrology  ..........  see OIML

International Organization for Standardization  ..........  see ISO

International System of Units (SI)  ..........  0.3,   3.4.6

International Union of Pure and Applied Chemistry  ..........  see IUPAC

International Union of Pure and Applied Physics  ..........  see IUPAP

International vocabulary of basic and general terms in metrology  ..........  see VIM

ISO  ..........  Preliminary,   Foreword,   A.3,   B.1

ISO/TAG 4  ..........  Foreword

ISO/TAG 4/WG 3  ..........  Foreword

ISO/TAG 4/WG 3, terms of reference of  ..........  Foreword

ISO Technical Advisory Group on Metrology (ISO/TAG 4)  ..........  Foreword

ISO 3534-1  ..........  2.1,   C.1

IUPAC  ..........  Preliminary,   Foreword,   B.1

IUPAP  ..........  Preliminary,   Foreword,   B.1

L

laboratories, national metrology or standards  ..........  Foreword

Laplace-Gauss distribution  ..........  C.2.14

least squares, method of  ..........  4.2.5,   G.3.3,   H.3,   H.3.1,   H.3.2

level of confidence  ..........  0.4,   2.2.3 Note 1,   2.3.5 Notes 1 and 2,   3.3.7,   4.3.4,   6.2.2,   6.2.3,   6.3.1,   6.3.2,   6.3.3,   G,   G.1.1,   G.1.2,   G.1.3,   G.2.3,   G.3.2,   G.3.4,   G.4.1,   G.6.1,   G.6.4,   G.6.6

level of confidence, minimum  ..........  F.2.3.2

limit, safety  ..........  see safety limit

limits, upper and lower, on an input quantity  ..........  see bounds on an input quantity

M

maximum bounds  ..........  see bounds on an input quantity

maximum entropy, principle of  ..........  4.3.8 Note 2

mean  ..........  C.2.9,   C.3.1

mean, arithmetic  ..........  see arithmetic mean

measurable quantity  ..........  B.2.1

measurand  ..........  1.2,   3.1.1,   3.1.3,   B.2.19,   D.1,   D.1.1,   D.1.2,   D.3.4

measurand, best possible measurement of the  ..........  D.3.4

measurand, definition or specification of the  ..........  see measurand

measurand, many values of the  ..........  D.6.2

measurands, covariance of related  ..........  see correlated output estimates or quantities

measurand, value of the  ..........  3.1.1,   3.1.2,   3.1.3

measurand, uncertainty due to incomplete definition of the  ..........  see uncertainty due to incomplete definition of the measurand

measurement  ..........  3.1,   3.1.1,   B.2.5

measurement, accuracy of  ..........  see accuracy of measurement

measurement hierarchy  ..........  7.1.1

measurement, mathematical model of the  ..........  3.1.6,   3.4.1,   3.4.2,   4.1,   4.1.1,   4.1.2

measurement, method of  ..........  see method of measurement

measurement, principle of  ..........  see principle of measurement

measurement procedure  ..........  3.1.1,   7.1.2,   B.2.8,   F.1.1.2

measurement result and its uncertainty, availability of information describing a  ..........  7.1.1,   7.1.3

measurement result and its uncertainty, formats for reporting a  ..........  7.2.2,   7.2.4

measurement result and its uncertainty, reporting in detail a  ..........  7.1.4,   7.2.7

measurement, result of a  ..........  see result of a measurement

measurement, role of ANOVA in  ..........  H.5.3 et seqq.

measurements, spectrum of, to which the principles of the Guide apply  ..........  1.1

method of measurement  ..........  3.1.1,   B.2.7

method of measurement, uncertainty of the  ..........  see uncertainty of the method of measurement

method of measurement, unit dependent on the  ..........  H.6

minimum uncertainty  ..........  see uncertainty, minimum

model, mathematical, of the measurement  ..........  see measurement, mathematical model of the

N

nonlinear functional relationship  ..........  see functional relationship, nonlinear

normal distribution  ..........  4.2.3 Note 1,   4.3.2 Note,   4.3.4,   4.3.5,   4.3.6,   4.3.9 Note 1,   4.4.2,   4.4.6,   C.2.14,   E.3.3,   F.2.3.3,   G.1.3,   G.1.4,   G.2.1,   G.2.2,   G.2.3,   G.5.2 Note 2

O

observations, independent pairs of simultaneous  ..........  5.2.3,   C.3.4,   F.1.2.2,   H.2.2,   H.2.4,   H.4.2

observations, repeated  ..........  3.1.4,   3.1.5,   3.1.6,   3.2.2,   3.3.5,   4.2.1,   4.2.3,   4.3.1,   4.4.1,   4.4.3,   5.2.3,   E.4.2,   E.4.3,   F.1,   F.1.1,   F.1.1.1,   F.1.1.2,   G.3.2

OIML  ..........  Preliminary,   Foreword,   A.3,   B.1

one-sided confidence interval  ..........  C.2.28

output estimate  ..........  4.1.4,   4.1.5,   7.2.5

output estimates or quantities, correlated  ..........  see correlated output estimates or quantities

output quantity  ..........  4.1.2

overall uncertainty  ..........  see uncertainty, overall

P

parameter  ..........  C.2.7

partial derivatives  ..........  5.1.3

particular quantity  ..........  3.1.1,   B.2.1 Note 1

pooled estimate of variance  ..........  see variance, pooled estimate of

population  ..........  C.2.16

precision  ..........  B.2.14 Note 2

principle of measurement  ..........  B.2.6

probability  ..........  3.3.5,   4.3.7,   4.3.8,   4.3.9,   C.2.1,   E.3.5,   E.3.6,   F.2.2.3

probability, coverage  ..........  see coverage probability

probability density function  ..........  3.3.5,   4.3.8 Note 2,   4.4.2,   4.4.5,   4.4.6,   C.2.5,   F.2.4.4

probability distribution  ..........  3.3.4,   4.1.1 Note 1,   4.1.6,   4.2.3 Note 1,   4.4.1,   4.4.2,   4.4.3,   4.4.4,   C.2.3,   E.4.2,   G.1.4,   G.1.5

probability distributions, convolving  ..........  4.3.9 Note 2,   G.1.4,   G.1.5,   G.1.6,   G.2.2,   G.6.5

probability element  ..........  C.2.5 Note,   F.2.4.4

probability mass function  ..........  C.2.6

probability, subjective  ..........  3.3.5,   D.6.1

propagation, general law of error  ..........  see error propagation, general law of

propagation of uncertainty, law of  ..........  see uncertainty, law of propagation of

Q

quantity, controlled  ..........  F.2.4.3

quantity, influence  ..........  see influence quantity

quantity, input  ..........  see input quantity

quantity, measurable  ..........  see measurable quantity

quantity, output  ..........  see output quantity

quantity, particular  ..........  see particular quantity

quantity, realized  ..........  D.2,   D.2.1,   D.3.1,   D.3.2,   D.3.3,   D.4

quantity, value of a  ..........  see value of a quantity

R

random  ..........  3.3.3,   E.1.3,   E.3.5,   E.3.6,   E.3.7

random effect  ..........  3.2.2,   3.3.1,   3.3.3,   4.2.2,   E.1.1,   E.3

random error  ..........  3.2.1,   3.2.2,   3.2.3,   B.2.21

randomness  ..........  F.1.1,   F.1.1.3,   F.1.1.4,   F.1.1.5

random variable  ..........  4.1.1 Note 1,   4.2.1,   4.2.3 Note 1,   C.2.2,   C.3.1,   C.3.2,   C.3.4,   C.3.7,   C.3.8,   E.3.4,   F.1.2.1,   G.3.2

random variations, correlated  ..........  see correlated random variations

Recommendation INC-1 (1980)  ..........  Preliminary,   Foreword,   0.5,   0.7,   3.3.3,   6.1.1,   6.1.2,   6.3.3,   A.1,   A.3,   E,   E.2.3,   E.3.7

Recommendation 1 (CI-1981), CIPM  ..........  Preliminary,   0.5,   6.1.1,   A.2,   A.3

Recommendation 1 (CI-1986), CIPM  ..........  0.5,   6.1.1,   6.1.2,   A.3

reference materials, certification of  ..........  H.5,   H.5.3.2

relative error  ..........  B.2.20

repeatability conditions  ..........  3.1.4,   B.2.15 Note 1

repeatability of results of measurements  ..........  B.2.15

repeated observations  ..........  see observations, repeated

repetitions, independent  ..........  see independent repetitions

reproducibility of results of measurements  ..........  B.2.16

result, corrected  ..........  see corrected result

result of a measurement  ..........  1.3,   3.1.2,   B.2.11

result, uncorrected  ..........  see uncorrected result

S

safety limit  ..........  6.3.1 Note

sample, uncertainty of the  ..........  see uncertainty of the sample

sampling, uncertainty due to limited  ..........  see uncertainty due to limited sampling

sensitivity coefficients  ..........  5.1.3,   5.1.4

sensitivity coefficients, experimental determination of  ..........  5.1.4

standard deviation  ..........  3.3.5,   C.2.12,   C.2.21,   C.3.3

standard deviation, experimental  ..........  4.2.2,   B.2.17

standard deviation of the mean, experimental  ..........  4.2.3,   B.2.17 Note 2

standard deviation of the mean, uncertainty of the experimental  ..........  see uncertainty of the experimental standard deviation of the mean

standard deviation, pooled experimental  ..........  see variance, pooled estimate of

standard deviations as measures of uncertainty  ..........  see uncertainty, standard deviations as measures of

standard deviations, propagation of  ..........  E.3,   E.3.1,   E.3.2

standard deviations, propagation of multiples of  ..........  E.3.3

standard uncertainty  ..........  2.3.1,   3.3.5,   3.3.6,   4.1.5,   4.1.6,   4.2.3,   D.6.1,   E.4.1

standard uncertainty, graphical illustration of evaluating  ..........  4.4 et seqq.

standard uncertainty, relative  ..........  5.1.6

standard uncertainty, Type A evaluation of  ..........  see Type A evaluation of uncertainty

standard uncertainty, Type B evaluation of  ..........  see Type B evaluation of uncertainty

statistic  ..........  4.2.7,   C.2.23

statistical control  ..........  3.4.2,   4.2.4

statistical coverage interval  ..........  C.2.30

Student's distribution  ..........  C.3.8,   G.3.2

systematic  ..........  3.3.3,   E.1.3,   E.3.4,   E.3.5,   E.3.6,   E.3.7

systematic effect  ..........  3.2.3,   3.2.4,   3.3.1,   3.3.2,   3.3.3,   D.6.1,   E.1.1,   E.3,   E.4.4

systematic error  ..........  3.2.1,   3.2.3,   B.2.22

T

Taylor series  ..........  5.1.2,   E.3.1,   G.1.5,   G.4.2,   H.1.7,   H.2.4

t-distribution  ..........  4.2.3 Note 1,   C.3.8,   G.3,   G.3.2,   G.3.4,   G.4.1,   G.4.2,   G.5.4,   G.6.2

t-distribution, quantiles of the  ..........  G.3.4 Note

t-factor  ..........  E.3.3,   G.3.2,   G.3.4,   G.4.1,   G.5.4,   G.6.2,   G.6.4,   G.6.5,   G.6.6

tolerance interval, statistical  ..........  C.2.30 Note 2

true value of a quantity  ..........  2.2.4,   3.1.1 Note,   B.2.3,   D,   D.3,   D.3.1,   D.3.4,   D.3.5,   E.5.1,   E.5.2,   E.5.3,   E.5.4

true value of a quantity, conventional  ..........  see conventional true value of a quantity

two-side confidence interval  ..........  C.2.27

Type A combined standard uncertainty  ..........  7.2.1,   G.4.1 Note 3

Type A evaluation of covariance  ..........  5.2.3

Type A evaluation of uncertainty  ..........  2.3.2,   3.3.3,   3.3.4,   3.3.5,   4.1.6,   4.2,   4.2.1,   4.2.2,   4.2.3,   4.2.4,   4.2.5,   4.2.6,   4.2.7,   4.2.8,   4.3.2,   4.4.1,   4.4.2,   4.4.3,   E.3.7,   F.1,   F.1.1.1,   F.1.1.2,   F.1.1.3,   F.1.1.4

Type A standard uncertainty  ..........  3.3.5,   4.2.3,   C.3.3

Type A variance  ..........  4.2.3

Type B combined standard uncertainty  ..........  7.2.1,   G.4.1 Note 3

Type B evaluation of covariance  ..........  5.2.5

Type B evaluation of uncertainty  ..........  2.3.3,   3.3.3,   3.3.4,   3.3.5,   4.1.6,   4.3,   4.3.1,   4.3.2,   4.3.3,   4.3.4,   4.3.5,   4.3.6,   4.3.7,   4.3.8,   4.3.9,   4.3.10,   4.3.11,   4.4.4,   4.4.5,   4.4.6,   E.3.7,   F.2 et seqq.

Type B evaluations, need for  ..........  F.2.1

Type B standard uncertainty  ..........  3.3.5,   4.3.1,   C.3.3

Type B variance  ..........  4.3.1

U

uncertainties, rounding of  ..........  7.2.6

uncertainties, significant digits for  ..........  7.2.6

uncertainty, categorizing or classifying components of  ..........  3.3.3,   3.3.4,   E.3.6,   E.3.7

uncertainty, comparison of two views of  ..........  E.5 et seqq.

uncertainty, definition of the term  ..........  see uncertainty of measurement

uncertainty, double-counting components of  ..........  4.3.10

uncertainty due to finite-precision arithmetic  ..........  F.2.2.3

uncertainty due to hysteresis  ..........  F.2.2.2

uncertainty due to incomplete definition of the measurand  ..........  3.1.3 Note,   D.1.1,   D.3.4,   D.6.2

uncertainty due to limited sampling  ..........  4.3.2 Note,   E.4.3

uncertainty due to resolution of a digital indication  ..........  F.2.2.1

uncertainty evaluations, justification for realistic  ..........  E.2,   E.2.1,   E.2.2,   E.2.3

uncertainty, grouping components of  ..........  3.3.3 Note,   3.4.3,   E.3.7

uncertainty, ideal method for evaluating and expressing  ..........  0.4

uncertainty ignoring a component of  ..........  3.4.4

uncertainty, internally consistent quantity for expressing  ..........  0.4

uncertainty, intrinsic  ..........  D.3.4

uncertainty, lack of an explicit report of  ..........  7.1.3

uncertainty, law of propagation of  ..........  3.3.6,   3.4.1,   5.1.2,   E.3,   E.3.1,   E.3.2,   E.3.6,   G.6.6

uncertainty, maximum allowed  ..........  F.2.4.2

uncertainty, minimum  ..........  D.3.4

uncertainty of a controlled quantity  ..........  F.2.4.3

uncertainty of a correction  ..........  3.2.3 Note,   3.3.1,   3.3.3,   D.6.1,   E.1.1,   E.3

uncertainty of a single observation of a calibrated instrument  ..........  F.2.4.1

uncertainty of a single observation of a verified instrument  ..........  F.2.4.2

uncertainty of measurement  ..........  0.1,   0.2,   1.1,   2.2,   2.2.1,   2.2.2,   2.2.3,   2.2.4,   3.3,   3.3.1,   3.3.2,   B.2.18,   D,   D.5,   D.5.1,   D.5.2,   D.5.3,   D.6.1,   D.6.2

uncertainty of the experimental standard deviation of the mean  ..........  4.3.2 Note,   E.4.3

uncertainty of the method of measurement  ..........  F.2.5,   F.2.5.1

uncertainty of the sample  ..........  F.2.6 et seqq.

uncertainty, overall  ..........  2.3.5 Note 3

uncertainty, quality and utility of the quoted  ..........  3.4.8

uncertainty, reporting  ..........  7 et seqq.

uncertainty, safe  ..........  E.1.1,   E.1.2,   E.2.1,   E.2.3,   E.4.1,   F.2.3.2

uncertainty, sources of  ..........  3.3.2

uncertainty, standard deviations as measures of  ..........  E.3.2,   E.4,   E.4.1,   E.4.2,   E.4.3,   E.4.4

uncertainty, statistical evaluation of, by varying input quantities  ..........  3.4.1,   3.4.2,   4.2.8,   F.2.1,   H.5.3.3

uncertainty, summary of procedure for evaluating and expressing  ..........  8

uncertainty, transferable quantity for expressing  ..........  0.4

uncertainty, universal method for evaluating and expressing  ..........  0.4

uncertainty when a correction is not applied  ..........  3.4.4,   6.3.1 Note,   F.2.4.5

uncorrected result  ..........  B.2.12

unit, use of an adopted value of a measurement standard as a  ..........  3.4.6,   4.2.8 Note

V

value of a quantity  ..........  3.1.1,   B.2.2

variance  ..........  3.1.7,   4.2.2,   4.2.3,   C.2.11,   C.2.20,   C.3.2

variance, Allan  ..........  4.2.7 Note

variance, analysis of  ..........  see ANOVA

variance, combined  ..........  3.3.6,   5.1.2

variance, experimental (or estimate of)  ..........  4.2.2,   H.3.6 Note

variance of the mean  ..........  4.2.3,   C.3.2

variance of the mean, experimental  ..........  4.2.3,   C.3.2

variance, pooled estimate of (or pooled experimental standard deviation)  ..........  4.2.4,   4.2.8 Note,   H.1.3.2,   H.3.6 Note,   H.5.2.2,   H.5.2.5,   H.6.3.1,   H.6.3.2 Note

variance, relative  ..........  5.1.6

variance, relative combined  ..........  5.1.6

variate  ..........  C.2.2

VIM  ..........  2.1,   2.2.3,   2.2.4,   B.1

W

Welch-Satterthwaite formula  ..........  G.4.1,   G.4.2,   G.6.2,   G.6.4

Working Group on the Statement of Uncertainties  ..........  Preliminary,   Foreword,   0.5,   3.3.3,   6.1.1,   6.1.2,   A.1,   A.2,   A.3

Working Group 3 (ISO/TAG 4/WG 3)  ..........  Foreword