Sentence examples for process of multiplication from inspiring English sources

She kept comparing her salary with what she would be making in America, until the process of multiplication — dollars to pesos — became almost compulsive, and she decided to join them.

2.2 Heredity: attribute of an entity which can multiply a part of it such a way that there is a potential that any change made in the part of the original entity can reoccur in the part of the new entity (the part is the genotype, and the process of multiplication is copying).

Because the few non-zero entries in a sparse array tend to be far apart, the process of matrix multiplication means that the resulting blocks of code end up looking different from one another, even if the starting data are similar.

In the process of defining multiplication, Richman also defines another system he calls "cut D", which is the set of Dedekind cuts of decimal fractions.

The process of bacteriophage multiplication in bacteria involves a number of mechanisms by which the host metabolism is modified to direct the synthesis of phage-specific macromolecules [ 46].

Often taking these processes as interchangeable (and using both words as equivalent), general reflections on life or ageing have favoured to emphasise replication, not reproduction in the process of cell multiplication (Kirkwood 1977; Szathmary 2000, 2006; Brosh and Bohr 2007; Burhans and Weinberger 2007).

The essence of the results here is quite straightforward: if there is a bias in the replication of single-stranded templates, this tends to cause anti-correlated strand preference in strand displacement of double strands (k SP < k SM causes k DP > k DM, whereas k SP > k SM causes k DP > k DM ), which optimizes the total process of self-multiplication.

Here we discuss how the processes of dislocation multiplication and annihilation can be described within such a framework.

If the patient's own cells are used to initiate and drive the physiological processes of cell multiplication and differentiation, extracellular matrix production, and creation of tissue architecture, the potential for growing an immunologically matched implant exists.

We demonstrate reliable experimental execution of the four basic arithmetic processes of addition, multiplication, division and subtraction, with simultaneous storage of the result.

For D series data sets, the numbers of DEGs decreased sharply and persistently went up through all time points, indicating that considerable parts of DEGs were shared by two genotypes and more and more evident changes in transcriptome profiles during the process of R. solanacearum multiplication between R and S genotype.