You can make a very precise measurement with a poorly calibrated device.
Yes, it can be precise but that doesn't mean it's right.
Results can be precise to the exact feat done. The results of a lab test are precise to everything that influenced, or interfered with the end result. The results of the same lab test may not be accurate for what is it being tested for.
A chronometer is very accurate timepiece. It was critical in being able to navigate on the oceans. The creation of a reliable and accurate chronometer was one of the things that made Britain the ruler of the oceans for a long time.
In the Aeneid: Book I, Venus conjures a cloud to shroud Aeneas and his friend, Achates, so that they can enter the city of Carthage without being seen.
Grandfathered to be online in order to detect. Anything that has to do with being online requires internet. No, radar cannot detect without internet!Radar needs to be online in order to detect. Anything that has to do with being online requires internet. No, radar cannot detect without internet!Radar needs to be online in order to detect. Anything that has to do with being online requires internet. No, radar cannot detect without internet!
The balloon rocket limitation is that it flies without being able to be controlled.
Precision is the number of significant figures, a function of the instrument / procedure used. Accuracy describes measurement error, indicating how closely that the measurement represents the actual value. Errors affect accuracy... like the butcher's thumb on the scale.
yes
The term "precise" refers to the range of measurement to which a value is calculated. The term "accurate" implies that the measurement value is essentially correct, to within some range of error.However, the terms are often used synonymously, since "precise" has the desired quality of being exact, which in some cases is a separate concept from accuracy.
Measurements are precise when they are all very similar (ie, if a temperature was measured as 23.2C, 23.1C, and 23.3C). Measurements are accurate when they are close to a known value (such as 100.01C measured as the boiling point of pure water at 1 atm).
Precision is how to keep track of good a measuring device is. Accuracy is how close an answer is to being correct. Something can be precise but not accurate. Something can be accurate but not precise.
If you take a measurement multiple times, and get similar values each time, then the data is said to be very precise. If this group of data is very close to the expected value, then the data is said to be accurate. However, a set of data may be precise without being accurate if the measured values are all similar to one another, but not close to the expected value.
It's signature figures
A measurement that can be repeated by an independent person or team of investigators.A measurement that includes the margin of error and resolution of the measuring equipment.
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.
"Precision" is high when you get the SAME answer every time. Accuracy is high, when you get the CORRECT answer. You can hit a target in the same place everytime which is very HIGH precision; however, if that place is not the "Bulls Eye", your accuracy is lousy.
Precisoin is how consistent you are to hitting a target, for instance if you were shooting free throws, and you always hit the front of the rim that would be precise but NOT accurate. And accuracy is both precision and accuracy. So instead of being precise by hitting the front of the rim, you would make the shot by being accurate.
It means to guess at something. An imprecise amount or measurement.