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Quantity

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Represents a physical quantity with a unit (a compound unit prints as a quotient when it has negative exponents); ToString spells the unit out and TextString abbreviates it

Quantity[magnitude, unit]
Quantity[unit]
Quantity[3, "Meters"] → Quantity[3, Meters]Quantity["Meters"] → Quantity[1, Meters]Quantity[60, "Miles"/"Hours"] → Quantity[60, Miles/Hours]Quantity[1, "Meters"/"Seconds"^2] → Quantity[1, Meters/Seconds^2]Quantity[3, "Meters"] + Quantity[2, "Meters"] → Quantity[5, Meters]Quantity[3, "Meters"] + Quantity[2, "Kilometers"] → Quantity[2003, Meters]Quantity[3, "Meters"] - Quantity[1, "Meters"] → Quantity[2, Meters]2 * Quantity[3, "Meters"] → Quantity[6, Meters]Quantity[3, "Meters"] * Quantity[2, "Seconds"] → Quantity[6, Meters*Seconds]Quantity[10, "Meters"] / Quantity[2, "Seconds"] → Quantity[5, Meters/Seconds]Quantity[3, "Meters"]^2 → Quantity[9, Meters^2]UnitConvert[Quantity[1, "Kilometers"], "Meters"] → Quantity[1000, Meters]
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QuantityArrayQuantityUnitQuantityMagnitudeUnitConvertCompatibleUnitQQuantityQMixedMagnitudeMixedUnitQuantityDistributionEntityCopiesQuantityVariableQuantityForm

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