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Application of First Order Differential Equation in Temperature Problems

机译:一阶微分方程在温度问题中的应用

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World of mathematical concept, which is where the model is built. We then manipulate the model using techniques or computer aided numerical computation. Finally we re-enter the real world, taking with us the solution to the mathematical problems, which is translated into a useful solution to the real problems. The application of first order differential equation in temperature have been studied the method of separation of variables Newton’s law of cooling were used to find the solution of the temperature problems that requires the use of first order differential equation and these solution are very useful in mathematics, biology, and physics especially in analyzing problems involving temperature which requires the use of Newton’s law of cooling.
机译:数学概念的世界,这是构建模型的地方。然后,我们使用技术或计算机辅助数值计算来操纵模型。最后,我们带着数学问题的解决方案重新进入现实世界,这被转化为对实际问题的有用解决方案。研究了一阶微分方程在温度中的应用,采用变量分离的方法通过牛顿冷却定律找到了需要使用一阶微分方程的温度问题的解决方案,这些解决方案在数学中非常有用,生物学和物理学,尤其是在分析涉及温度的问题时,这需要使用牛顿冷却定律。

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