Sentence examples for i multiplied from inspiring English sources

It is the sum of the path length from k to i, multiplied by the probability of reaching i and multiplied again by the probability of being filtered on node i.

In addition, the dimensionless groups σi (rate constant of reaction i multiplied by the residence time) should be within certain ranges for the distributed feed reactor to achieve higher desired product yield than the conventional co-feed reactor.

The sum of average hectares, ( overline{H} ), eligible under scheme ( i ), multiplied by the 2002 payment rate, ( {P}_i ), is added to the sum of average animals, ( overline{N} ), eligible under scheme ( j ), multiplied by the 2002 payment rate ( {P}_j ).

Proof: If the radio resource is sold at unit price pi, the BB's profit is the price p i multiplied by the total amount of the resource consumed under p i. Since the allocation under p i is ℜ i = [ r 0 i, r 1 i,..., r M i ], the total resource consumed is ∑ m = 1 M r m i.

(2.3) r i θ   =   λ i θ ⋅   e − λ i θ !,   θ   =   0, 1, 2, … where λ i is the rate of failures tests in state i multiplied by the check-up time.

In the partial derivatives of the GPI with respect to β i, the derivative of fndr i  = 1- fdr i involves two terms: one involving the derivative of the Benjamini-Hochberg adjustment factor (fdr i /p i ), multiplied by p i (the p-value for the differential expression of the ith gene), and the other one involving the derivative of p i.

The minimum flow rate of the pipeline between station i and station i + 1 multiplied by the length of the time-window should not be larger than the difference between the volume input by the initial station within this time-window and the offloading volumes of station i and all stations before station i within the time-window.

The allowable maximum flow rate of the pipeline between station i and station i + 1 multiplied by the length of time-window should not be less than the difference between the volume input by the first station within this time-window and the offloading volumes of station i and all stations before station i within the time-window.

Since we will solve both of them simultaneously we can subtract the first one multiplied by X [i from the second one and obtain begin{array}rcl@ rho_{0} ddot u_{k},-, P_{rk,r},-, rho_{0} f_{k},=, 0,,,,, - mu_{irk,r} - P_{[ik]} - rho_{0} l_{ik} = 0 end{array} (21).

To make the result more legible, I have multiplied all scores by 100 — so that, for instance, a moderate Republican might have a score of 25 rather than 0.25.

The signals on multiple edges ending on a single target node may be processed in one of the following three ways: the signals may be computed separately at each edge and added (i) or multiplied (ii) to each other, or they may be processed in order (iii), by updating the signal at a target node each time a single edge is processed.