Certainly. Precision and accuracy do not mean quite the same thing.
All measuring tools need to be recalibrated from time to time against a standard.
For instance you can get a very precise reading from a micrometer or vernier gage but if it has not been correctly calibrated the reading will not be accurate.
Yes it is possible. 21.354 inches is very precise but could be inaccurate.
What determines how precise a measurement is
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.
because of the mass
Is as exact as possible
Yes it is possible. 21.354 inches is very precise but could be inaccurate.
What determines how precise a measurement is
The measurement that is accurate is one that is precise. These are also commonly titled accurate measurements in the books.
No. Accurate relates to how close the actual measurement the instrument measures. Precise relates to how much detail the instrument gives when measuring. They are independent to each other: An measurement can be precise and accurate (eg the value of π is 3.141592654) An measurement can be precise and inaccurate (eg the value of π is 1.733677432) An measurement can be less precise and accurate (eg the value of π is 3.14) An measurement can be less precise and inaccurate (eg the value of π is 1.73).
Yes, a measurement can be precise without being accurate. Precision refers to how close repeated measurements are to each other, while accuracy refers to how close a measurement is to the true value. It is possible for measurements to be consistently close to each other (precise) but consistently off from the true value (inaccurate).
An automatically measurement has a higher precision than a manually measurement.
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.
because of the mass
Is as exact as possible
because they are both a reliable measurement and is both accurate and precise
the role of measurement is it can help us to solve some things accurate and precise
The measurement 57.213 is the most precise because it has the most decimal places, indicating a higher level of accuracy than the other measurements provided.