Linked from

The 60 pages that link to Measurement uncertainty, each with the reason it gives.

• 68–95–99.7 ruleRelated: When errors are modeled as normal, the rule translates uncertainty intervals into approximate coverage.

• Approximate measureRelated: Unlike a bare approximation, uncertainty makes the limits of a result explicit.

• ChemometricsRelated: Uncertainty determines how reliably a chemometric prediction can support a chemical decision.

• Feeler gaugeRelated: Blade fit depends on touch and force, so readings have practical uncertainty.

• Fluctuations and noiseCompared with: It separates uncertainty in reported values from physical randomness in the system.

• Instrumental chemistryRelated: Instrument readings require uncertainty estimates to support defensible conclusions.

• Jon Brower MinnochRelated: His often-repeated maximum weight is an estimate affected by severe fluid retention and measurement conditions.

• Metre-stickRelated: Graduation spacing and endpoint alignment limit the precision of a metre-stick measurement.

• Parts-per notationRelated: A parts-per value without uncertainty can suggest more precision than the measurement supports.

• StadimeterRelated: Small angular-reading errors can produce substantial distance errors, especially for distant targets.