MEASUREMENT & METHODS

US liquid quarts (US qt): volume unit guide

Understand us liquid quarts (US qt) for volume. Check base-unit equivalents, examples, comparison tables and source conventions.

What is being measured?

Volume describes a three-dimensional extent or a quantity of liquid under a specified volume convention. US and imperial liquid measures can have different definitions.

Cups, pints, quarts, tablespoons and teaspoons use US customary liquid measures. Imperial gallons are separate. These are volume conversions; ingredient mass also depends on density.

Meaning of US qt

US liquid quarts uses the symbol US qt in this library and measures volume. Under the stated reference convention, 1 US qt = approximately 0.000946352946 m³. This equivalence changes how a known value is written. It does not increase measurement accuracy or establish whether a measurement is appropriate to a real application.

Conversion method

Multiply the value by the source factor (0.000946352946), then divide by the target factor (1). The factor ratio expresses the same volume measurement in the other unit.

Worked example

For a known value of 10 US qt, the reference conversion gives 0.00946352946 m³. Converting that result back gives approximately 10 US qt. This reverse check helps catch a reversed factor, but matching round-trip arithmetic alone does not independently verify a source definition.

Common reference values

Input (US qt)Reference equivalent (m³)
10.000946352946
50.00473176473
100.00946352946
250.02365882365
500.0473176473
1000.0946352946

Compare one US qt with other units

Target unitEquivalent of 1 US qtDefinition guide
Cubic metres (m³)0.000946352946Read definition
Litres (L)0.946352946Read definition
Millilitres (mL)946.352946Read definition
US liquid gallons (US gal)0.25Read definition
Cubic feet (ft³)0.0334201388889Read definition
cubic inches (in³)57.75Read definition
cubic yards (yd³)0.00123778292181Read definition
imperial gallons (imp gal)0.208168546157Read definition

Precision and common mistakes

  • Keep the source and target quantity consistent. A matching symbol is not enough to establish a compatible definition.
  • Record the original measurement precision. Showing twelve significant digits in a table does not make a rounded input more precise.
  • Check symbol capitalization, prefixes and any regional convention in the source. Use the displayed unit definition rather than a similarly named unit.
  • Factors involving repeating fractions or π use finite numerical precision. Round the final answer to the precision justified by your input.

Use a working converter

Source and verification scope

Examples and tables are computed from the versioned unit definitions used by the linked converters. The source access dates appear below. Computandum is independent of the cited organizations; a citation does not mean that a publisher endorses this page or an actual project.

Sources

Read the calculation and sourcing methodology →