A group of precise measurements are a group of repetitive measurements that are very close together. Ie the standard deviation between the measurements is small. Not to be confused with a accurate measurement! Think about it like this, if you measure a piece of wood 5 times and each time you get an identical answer then the measurement are said to be precise. If however if turns out that despite measuring the length 5 times and getting the same answer you discover that the length is significantly off from the "true" answer, then you were inaccurate!
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They are equally precise - they are simply measurements of temperature. Precision depends on the device used to measure.
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the precision of the least precise measuement
meter sticks give precise measurements and in order to get the full precise answer you should start where the numbers start at on the meter stick.
It is not; there are more precise measurements.
A group of precise measurements are a group of repetitive measurements that are very close together. Ie the standard deviation between the measurements is small. Not to be confused with a accurate measurement! Think about it like this, if you measure a piece of wood 5 times and each time you get an identical answer then the measurement are said to be precise. If however if turns out that despite measuring the length 5 times and getting the same answer you discover that the length is significantly off from the "true" answer, then you were inaccurate!
Radio-Telescope measurements are the most precise
yes...
It means they (the builders, or architects) possessed/had very precise(exact) measurements when they were constructing (building) the pyramids.
2.5cm is the most precise measurement of the two measurements.
They depend on the design of the instrument.
Precision refers to how close together a group of measurements actually are to each other. Precision has nothing to do with MORE
The measurements are not as precise as they could be because many peoples' response times are of the order of a tenth of a second. This makes it pointless to have a stopwatch recording times to a hundredth of a second.
No. A broken clock gives a very precise time, but most of the time it is wrong.
precise but unreliable.
Your calculations can be more precise, but the final result should be rounded, to avoid giving the impression that it is more exact than is justified by the measurements.