Sentence examples for multiplying the result from inspiring English sources

The composite scale RD was derived by averaging the z values for the RESPBIAS and DOGMATIC scales and multiplying the result by -1 (thereby reversing the direction of the resulting scale).

This randomization effect results from first multiplying the channel H with the interleaving matrix J and then deinterleaving by multiplying the result with J T (see (44)).

We could have things like the product of the constant e1 and any constant e2 with e3 is the result of multiplying the result of--multiplying now the constants e1 and e2 together and putting e3 there.

For periods of enrollment of less than 9 months, the student's contribution from adjusted available income (as determined under subsection (g)) is determined, for purposes other than subpart 2 of part A, by dividing the amount determined under such subsection by 9, and multiplying the result by the number of months in the period of enrollment.

The Russian peasant arithmetic algorithm raises to large powers by squaring the result and reducing the exponent by half, and multiplying the result by the source when exponent is odd, everytime reducing mod m. because the number is reduced every iteration, there is no need to store a^d number anywhere and then reducing it mod m. instead, the biggest number stored is a^2, and it is reduced mod m.

(c) Multiplying the result by the source image g.  .

Data were calculated by multiplying the results from Fig. 1a and b (n = 8 10).

Here the original contrast of the data is restored by multiplying the results by average standard deviation of all pixel vectors, and adding the original average density to all output images.

By multiplying the results in both papers, one can calculate, for the first time, the effect of a treatment on the burden of genital herpes.

By multiplying the resulting Egyptian Fraction by the number of slots per frame, we obtain the number of slots used per frame.

To obtain more regularity, we differentiate the approximate system (1.1)–(1.4); then multiplying the resulting system by and and performing similar calculations as in (3.23) we have that (3.33).