Calibration error and measurement error. Also, if the measurements are of different objects there may be random error.
line measurement- distance between two lines end measurement- distance between two faces
Length is the measurement of distance between two points.
There are no "the two" factors. 2 and 4 are two factors.
Eight inches is a measurement of length whereas a cup is a measurement of volume. They are two completely different types of measurement.
You can't compare these two as millimeters are a measurement of length and grams are a measurement of weight.
( 1 ) Measurement should be accurate. ( 2 ) Measurement must have the correct units specified.
Temperature and pressure.
When measuring, there are two types of deviation, accuracy and precision. A measurement is close to the accepted value when it his highly accurate.
Never: A measurement made is always an approximation. We can get very close to being accurate with our measurements, but never fully 100% accurate. This is not the fault of the person measuring, or what tool they are using to measure with, but it is a natural law that we (anyone, even superior aliens to humans) cannot ever fully make an absolutely accurate measurement.
When measuring, there are two types of deviation, accuracy and precision. A measurement is close to the accepted value when it his highly accurate.
The are two different systems of measurement customary and metric, but ml is more accurate because of smaller increments
MASS of both objects, and the DISTANCE between them.
age, gender, avtivity level and weight.
air pressure
Ensure that the equipment being used is properly calibrated to avoid measurement errors. Follow the correct procedures and protocols to minimize any external factors that could affect the accuracy of the result.
They provide you with two numbers after the decimal place for your measurement. They are more precise than decigram balances.
It depends on the context. Measurements of length are generally more accurate than measurements of area because they involve fewer variables, but the accuracy of both measurements ultimately depends on the precision of the equipment and the methodology used.