Sentence examples for the maximum affordable from inspiring English sources

Note, for example, that if sales growth is increased from 15.5% to 16.5%, the maximum affordable dividend payout rate decreases from 6.3%to1.1%1%, while a 1% increase in EBIT/sales raises the maximum affordable rate from 6.3%to16.6%6.3%to16.6%

The maximum affordable dividend payout rate table (Exhibit VIII) shows how sensitive this rate is to changes in growth, profitability, investment intensity, and financial leverage.

Adding the increase in debt capacity to the net cash required provides the maximum affordable dividend, which, as seen earlier, is $.84 million or 6.3% in the first year and rises annually to 22.3% in the fifth year.

Moreover, our methodology allowed to calculate the maximum affordable investment on a cost-effective mitigation measure; this result will be a reference for designing innovative solutions to mitigate landslides in the study area.

The maximum affordable fuel cost was found to depend on the fuel moisture content, area-base annual availability, the required financial return, size of the power plant, and the operation of the power plant.

This paper presents an alternative way of project development by finding the maximum affordable fuel cost to settle the fuel purchasing agreement before commencing the engineering part of the project development.

A particularly effective starting point is to estimate the company's maximum affordable dividend payout rate and its sensitivity to varying assumptions underlying the strategic plan.

All three examples show that compared with a full-set robust optimization, the proposed adaptive robust optimization algorithm not only improves the optimization convergence rate, but also find a higher optimal NPV when the optimization is terminated at a maximum affordable simulation cost using the stochastic simplex gradient.

A comparison of the results from both models for stability tests (maximum affordable core power) shows that the modified single-phase model makes suitable prediction during the steady state and also during small and quick deviations from the steady state conditions.

On the contrary, our TDP considers these problems naturally and provides a maximum affordable sensing interval based on the given P ¯ D. In Figure 4, as expected, the TDP is a decreasing function of TI.

Therefore, there is a maximum affordable sensing interval for the TDP constraint, denoted by max TITDP,, such that P D T I = P ¯ D. Basically, these facts implies that the optimal sensing interval T I * should be found within the range (T S, min(max TIIR, max TITDP)].