Sentence examples for time of multiplying from inspiring English sources

"Because at a time of multiplying threats to our security, America needs a strong secretary of defence now more than ever".

The mutation rate can be estimate as r = D/2T, where D is the pairwise sequence divergence and T is the time of divergence, multiplied by 2 to account for the age of each lineage.

However, the integer can be translated into the continuous length of time by multiplying it with the unit slot of STDMA.

Each gateway can be guaranteed to have a number of time slots, which is equal to the total number of time slots multiplying the sharing efficiency.

A real coded Genetic Algorithm (GA) has been used next to optimally find out the weighting matrices, associated with the respective optimal state-feedback regulator design while minimizing another time domain integral performance index, comprising of a weighted sum of Integral of Time multiplied Squared Error (ITSE) and the controller effort.

If your project contains multiple pieces of the same material that have equal lengths, you can save time by multiplying the length of one of the pieces by the number of pieces.

Shadow pricing was used to cost this time by multiplying the number of hours of care provided by an informal care cost per hour which was estimated by dividing gross national average weekly wage rates (averaged across males and females see online supplementary appendix table A1) by national average weekly working hours.

This lifetime is proportional to the ratio of the total number of nodes n that deploys an average number of detecting event M in a unit of time multiplied by the number of partitioning intermediate nodes denoted as p. This effect is understandable due to the increasing number of partitioning intermediate nodes.

The problem of FOPID-PSS design is transformed as an optimization problem based on performance indices (PI), including Integral Absolute Error (IAE), Integral Squared Error (ISE), Integral of the Time-Weighted Absolute Error (ITAE) and Integral of Time multiplied by the Squared Error (ITSE), where, BA is employed to obtain the optimal stabilizer parameters.

The objective function is a weighted sum of the integral of time multiplied absolute error and the squared control signal.

While there are variations to the formula, they all in essence treat boarding and alighting as a linear period of time multiplied by a coefficient representative of how much passengers have been slowed down by the circumstances of other passengers, width of the doors and if they are carrying belongings [5].