Sentence examples for much more variation from inspiring English sources

Then they taught the computer to intensify or minimize those variables — to play versions of the same Chopin piece with much more variation within the tempo, or much less; with more variations within the volume of notes, or much less.

While both produce fractals that are infinitely complex, the Julia set allows for much more variation in the resultant fractal with very small changes in the constants given (it is more chaotic).

With nearly 20 new companies doing business in New Jersey — introducing much more variation in price and service levels among insurers — nearly a third of the state's three million drivers have switched carriers.

The variable-scaled anole also shows much more variation in its color: some green lizards have black patches on the side or a blue tail, and other lizards in the same population are not green at all.

If the economy were really struggling to figure out where to put excess construction workers, we'd expect to see much more variation in the trajectory of employment depending on the extent to which housing bubbles inflated.

In the course of scanning patients for cancer-related mutations in mitochondrial DNA, the Johns Hopkins team realized there was much more variation than expected in healthy people's mitochondrial DNA — seven out of eight people had small proportions of variant mitochondrial DNA in addition to their main type.

The PCAs reveal much more shape variation that is structured according to biradial symmetry (rotation of order 2 and reflection) than there is variation with hexagonal symmetry (rotation of order 6 and reflection).

The finding of extensive variation in synonymous substitution rates within these two genera suggests that there is likely to be much more rate variation in plant mitochondrial genomes than is already apparent.

The endocarps of modern peach cultivars show much more morphological variation and generally larger sizes than both Prunus kunmingensis and archaeological subfossils (Supplementary Figure 4), presumably reflecting the subsequent selection of varieties under cultivation.

A plot of the compensation factor as a function of gamma flux, showed a much more pronounced variation in the gamma compensation factor in the earlier design using alumina discs.

For different crack structures, the stress sensitivity coefficient of crack density shows much more wide variation, which indicates that the stress sensitivity coefficient of crack density should be a potential effective attribute for quantitatively identifying and predicting cracks within the underground rocks.