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In economics, the profit motive is the motivation of firms that operate so as to maximize their profits.Mainstream microeconomic theory posits that the ultimate goal of a business is "to make money" - not in the sense of increasing the firm's stock of means of payment (which is usually kept to a necessary minimum because means of payment incur costs, i.e. interest or foregone yields), but in ...
Liebig's law has been extended to biological populations (and is commonly used in ecosystem modelling).For example, the growth of an organism such as a plant may be dependent on a number of different factors, such as sunlight or mineral nutrients (e.g., nitrate or phosphate).
An alternative model has been proposed by Flamholtz. [50] This models identifies seven different stages of organizational growth and uses corporate revenues as the way to define when each stage occurs (begins and ends). The Seven stages of growth of a company's life cycle can be identified (all revenues in US dollars):
Dividend growth modeling helps investors determine a fair price for a company’s shares, using the stock’s current dividend, the expected future growth rate of the dividend and the required ...
Population growth against time in a population growing logistically. The steepest parts of the graph are where the population growth is most rapid. The logistic growth equation is an effective tool for modelling intraspecific competition despite its simplicity, and has been used to model many real biological systems.
The Profit Impact of Market Strategy [1] (PIMS) program is a project that uses empirical data to try to determine which business strategies make the difference between success and failure. It is used to develop strategies for resource allocation and marketing .
Significant interactions can occur between the first trophic level (plant) and the third trophic level (a predator) in determining herbivore population growth, for example. Simple genetic changes may yield morphological variants in plants that then differ in their resistance to herbivores because of the effects of the plant architecture on ...
where N(t) represents number of individuals at time t, r the intrinsic growth rate, and is the density-dependent crowding effect (also known as intraspecific competition). In this equation, the population equilibrium (sometimes referred to as the carrying capacity , K ), N ∗ {\displaystyle N^{*}} , is