Linked from

The 12 pages that link to Manometer, each with the reason it gives.

• PressureRelated: A manometer makes pressure differences visible through fluid displacement.

• Hydrostatic pressureRelated: Its column height converts pressure differences into hydrostatic pressure differences.

• BarometerCompared with: Unlike a barometer, it commonly measures pressure in enclosed systems.

• HydrostaticsBroader topic: Its operating principle turns hydrostatic pressure differences into measurable column heights.

• Gas lawsRelated: Pressure measurements supply a key variable in gas-law calculations.

• Gas pressureBroader topic: Manometers compare gas pressure with a reference pressure.

• Pitot tubeRelated: Early and laboratory setups can read pitot pressure differences with a manometer.

• SphygmomanometerNarrower topic: The gauge in a manual sphygmomanometer is a specialized pressure-measuring instrument.

• TorrRelated: Mercury manometers historically expressed pressure differences on scales corresponding to torr.

• Percy Williams BridgmanRelated: Accurate pressure measurement was essential to Bridgman’s quantitative studies.

• Stephen HalesRelated: The vertical tube in Hales’s arterial experiment converted pressure into a measurable column of blood.

• Vertical pressure variationRelated: Its reading converts a vertical pressure difference into a measurable height difference.