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[DOC File]7 basic physical quantities that are measured
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Derived quantities are quantities which derived from one or several base quantities. For examples area, volume, density, velocity, acceleration, force, etc. Each Physical quantities has unit, abbreviation, and dimension. To understand about physical quantities, read these following references of physics textbook. Budi Purwanto, (2009).
basic quantity in physics

[DOCX File]IDENTIFYING THE PHYSICAL QUANTITIES
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Neither can ‘pounds and pounds per square inch’ be units of the same physical quantity. Grams are units of mass, not units of force. In the S.I. system the force is related to the kilogram because 1 N = 1 kg∙m∙s-2, but one should not use the kilogram as a unit of force. In some archaic literature a unit is adopted called the ‘kilogram ...
a physical quantity of work

Physical Quantities - Wlonk
The metric system defines mass to be a basic physical quantity. Hence the unit for mass is a base unit and the unit for force becomes a derived unit. The base unit of mass defined in the Metric system is called a kilogram (kg). From Newton’s second Law: F = ma or force = (mass) x [(length) / (time2)] we see that force is a combination of mass ...
fundamental physical quantity

[DOC File]The homogeneity of Physical Equations
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In 1960 the 11th General Conference on Weights and Measures adopted the International System of measurement (SI) and assigned base units for each physical quantity. Table 2 shows some common physical quantities and their SI units. The first 7 (bold type) are the seven fundamental units while the remaining units are derived from these.
derived and fundamental physical quantities

[DOC File]EXERCISE 2-1
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The physical quantities, 4 m north, 3 m east and 5 m 36.9° east of north require both a magnitude and a direction to fully describe them. These quantities are called displacements. Displacement is an example of a vector quantity.
physical quantity quiz

Physical quantity