1	Measurement		_____	A ____________ quantity is one that’s a combination of several fundamental quantities. Examples of derived quantities include area, volume, density, force, pressure, speed, work and power.
2	Quantity		_____	any measurable parameter that describes a particular physical attribute. Examples of quantities include mass, length, area, speed, elapsed time, and energy.
3	Standard		_____	the absence of any motion
4	Accuracy		_____	the specific standard to which a given measurement is being compared
5	Precision		_____	continuous change of position of an object relative to its surroundings, which are assumed to be fixed or stationary.
6	Resolution		_____	a ____________ condition for a particular outcome to occur is one that guarantees that the event will occur as long as the condition is present.
7	Necessary Condition		_____	the __________ of an instrument refers to the least amount of change that can occur in a quantity and still be detected and reported by the instrument as a discreet value. It’s also a measure of how well an instrument can discriminate between two values that lie very close to one another.
8	Sufficient Condition		_____	Modern _______ systems are based on universally recognized standards. The current international standard _________ system is the International System of Units (SI system). The SI system is a special _______ system.
9	Motion		_____	the __________ of a measurement process refers to the reproducibility of the process. It refers to the amount of consistency among repeated measurements under the same conditions.
10	Rest		_____	the ratio of the size of the quantity being measured to the size of the standard being used.
11	point Object		_____	idealized representation of a real object that has no structure or dimensions and behaves as though it’s a mathematical point.
12	Artifact		_____	A ___________ quantity is one that can’t be broken down into more simple terms. Physics has only three fundamental quantities: (1) length, (2) mass, and (3) time.
13	Property		_____	units based on the dimensions of the human ex) foot, mile, cubit, hand, and span
14	Magnitude		_____	how closely the result of a particular measurement agrees with the actual magnitude of the quantity being measured.
15	Unit		_____	a recognized physical artifact or property to which all measurements of a particular quantity are compared
16	Traditional Systems		_____	The __________ measurement system is based on values found in _______. Examples include the light-year, astronomical unit, the lunar cycle, the solar day, etc.
17	Natural Systems		_____	the comparison of an unknown quantity to a recognized standard by means of a calibrated instrument or device in order to determine the magnitude of the quantity.
18	Metric Systems		_____	a ____________ condition for a particular outcome to occur is one that is absolutely essential. Removal of the necessary condition makes it impossible for the specific outcome to occur.
19	fundamental quantities		_____	any object that is used as a standard for measurement
20	derived quantities		_____	a condition used as a standard for measurement ex) boiling point of water