Sentence examples for how significantly different from inspiring English sources

Words are assigned scores (shown as bars above the words in the figure) based on how significantly different their usage is when compared with the global usage (see main text for more details).

In this work, we use the Kolmogorov Smirnov distance to assess how significantly different the distribution of the measured distance sequence and the reference distribution are.

We further applied a Fisher's statistical test to measure how significantly different the five organisms are, based on their protein family domain composition.

To test how significantly different the percent correct classification was from chance, the data epochs were randomly shuffled (meaning that they were assigned incorrect labels) 100 times, the training and testing repeated, and a null distribution of mean classification accuracy created (the dotted lines in Fig. 3 indicate the 95th percentile of the null distributions).

We were unsure how significantly these different underlying pathologies would affect the ETCO2 reading in the study group.

Our findings also suggest that the density of ncRNAs varies among different species, but how significantly these apparent differences are determined by inter-species variations in sequence homology and recognizable Rho-independent terminators is unclear.

Figure 4 illustrates how RI and CI may provide significantly different representations of patient utilization patterns.

Moreover, since it was difficult to see how the second version was significantly different from various forms of reductive materialism (hence, Quine's skepticism about the difference between elimination and explication) it also raised doubts about the distinctiveness of eliminative materialism.

What is new this year is that the public will get to see two views — views that could be significantly different — of how each bank would fare under that worst case, as well as under less horrible conditions.

Through examination of large-scale geometry and facies attributes of the valley fills, including the relationships between valley bodies and interfluves, this study represents an example of how adjacent river systems with significantly different characteristics may respond simultaneously in a consistent manner to rapid changes in sea-level and climate conditions.

How often sated females chose virtual mosquitoes in an Anopheles posture instead of in the Culex posture (17 of 21) was not significantly different from how often sated juveniles chose virtual mosquitoes in the Anopheles posture (16 of 19) (Χ2 1 = 0.1; NS).