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Differential Equation as a Solution for Population Problems

机译:微分方程解决人口问题

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World of mathematical ideas, where a model is established, we then manipulate the model by the help of already existed techniques or computer numerical computations, finally we then investigate the model that will lead us to the solution to our mathematical problems related to the model, which is translated into a real life applications. The application of first order differential equation in Growth and Decay problems will study the method of variable separable and the model of Malthus (Malthusian population model), where we use the methods to find the solution to the population problems which are of use in mathematics, physics and biology especially in dealing with problems involving growth and decay problems that requires the use of Malthus model.
机译:建立模型的数学思想世界,然后我们借助已有的技术或计算机数值计算来操纵模型,最后研究模型,这将导致我们找到与该模型有关的数学问题的解决方案,这被翻译成现实生活中的应用。一阶微分方程在增长和衰减问题中的应用将研究变量可分方法和马尔萨斯模型(马尔萨斯人口模型),在其中我们将使用这些方法来找到数学中使用的人口问题的解决方案,物理学和生物学,尤其是在处理涉及需要使用马尔萨斯模型的生长和衰变问题的问题时。

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