Measurements that involve a calculation of uncertainty are typically rounded to one or two significant digits.
Usually the same number of significant figures would be used in the results of a calculation, but in this case when finding the mean of a series of integers, giving the answer to two significant figures is acceptable.
We detected two significant phenomena.
For the original calculation, he had entered the initial data to six significant digits; in the repeat calculation, he had done so only to three.
The model calculation generated three significant components explaining 90% of the variance in X (Rcumulative: 0.90; Rfirst component: 0.48, R2 second component: 0.33; and R2 third component: 0.09).
Also note that the atomic weights used in this calculation should include at least four significant figures.
Note that the atomic weight should be rounded to four significant places to maintain a certain degree of accuracy in your calculations.
Calculation of the Akaike Information Criteria resulted in seven significant spatial components (C1 C7, Fig. 4 and Table 1).
Comparison of the results of these calculations with experimental measurements have revealed an extraordinary level of accuracy, with agreement to nine significant digits in some cases.
There is one significant complication.
