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Preparing a quantity takeoff involves converting blueprints into data or taking off quantities from drawings. It begins with counting the materials the project needs and converting them into a cost, which is then used in creating a quote or it can be used to calculate the project's budget.

A quantity is usually presented as a product of a magnitude and a unit. For example, the quantity of height of the Empire State Building is 1454 feet. It would take 1454 foot-long rulers to measure the building from the ground to its tip.

Quantities are characteristics or properties we are trying to measure, such as the length of an object. Units of measure are how we express measurements of quantities. For length, the unit we would use in science is meters.

Quantity: A property that is measured [e.g. mass, length, time, volume, pressure]. Unit: A standard quantity against which a quantity is measured [e.g. gram, metre, second, litre, pascal; which are units of the above quantities].

Quantities are characteristics or properties we are trying to measure, such as the length of an object. Units of measure are how we express measurements of quantities. For length, the unit we would use in science is meters.

A quantity is an amount, number, or measurement that answers the question 'how much?' Quantities can be expressed in numbers or non-standard units. In more advanced math, quantity can also refer to an unknown amount in an equation.

A physical quantity can be expressed as a value, which is the algebraic multiplication of a numerical value and a unit of measurement. For example, the physical quantity mass, symbol m, can be quantified as m=n kg, where n is the numerical value and kg is the unit symbol (for kilogram).

In math, the definition of quantity can be given as anything that can be counted or measured. Quantity is a generic term used to express the measurement (count or amount). It is an amount that you can measure.