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solveroot
- 给定任意一个函数和区间,判断在该区间内是否有根,有的话求出-to set an arbitrary function and the interval, the interval to judge whether a root, yes sought
JSQ05055413
- C#编的一个简单计算器 实现了加、减、乘、除、求根、倒数、小数点、MR、MS、M+、MC等功能
二叉树的连接存储
- 假设二叉树用链接存储结构进行存储,root指向根结点,p所指结点为任一给定的结点,编写一个求出从根结点到p所指结点之间路径的函数。-assumptions used to link storage structure for storage, root at Root, p referring to the node to a set of nodes, obtained from a prepared Root referred to p path between nodes function
1.6
- 这是一个二分法求方程根的程序,希望设计思路对你有所启发,共同交流-This is an equation for the root of the dichotomy procedure, you want to design some enlightenment, common exchange
thedichotomyofequationroots
- 用二分法实现求方程根的,在c++环境下实现的。-Achieved with the dichotomy of equation roots, and in c++ environment achievable.
BaseMath
- C#实现的基本数值算法:利用高斯消元法求线性方程组的解、利用约当消元法求线性方程组的解、一元非线性方程实根的数值算法及程序实现-C# implementation of basic numerical algorithms: Gaussian elimination method of solution of linear equations using Jordan Elimination Method of linear equations, one dollar real roots of
Nonlinear-equation-solve
- 非线性方程,方程组求解,利用求非线性方程实根的对分法和求非线性方程组一组实根的梯度法-Nonlinear equation solve
2.1-(2)
- 方程求根,用迭代法!如果方程发散,程序会自动断开!-Equation Root iterative method! If the equation of divergence, the program will automatically disconnect!
1
- 1.基本训练 (1)输入字符序列,建立二叉链表。 (2)先序、中序、后序遍历二叉树:递归算法。 (3)中序遍历二叉树:非递归算法(最好也能实现先序,后序非递归算法)。 (4)求二叉树的高度 。 (5)求二叉树的叶子个数。 (6)对于树中每一个元素值为x的结点,删去以它为根的子树,并释放相应的空间。 (8)借助队列实现二叉树的层次遍历。 (9)在主函数中设计一个简单的菜单,分别调试上述算法。 -Basic Training (1) Enter t
solveAnEquation
- 求一元二次方程的实数根 如何用C#求解一元二次方程-solve An Equation
Roots-of-linear-equations
- 二元一次方程求根,算法思路简单,易于实现 -Roots of linear equations, algorithms idea is simple, easy to implement
Experiement1
- C#写的两个简单的计算方法的小程序,分别用二分法和牛顿迭代法求根.-A simple program uses C# language to get the root of a equation using method of bisection and Newton s method
qiugen
- 求根问题,利用C语言编写一段程序,求一个一元二次方程的根-The root problem, the use of C language for the preparation of a procedure, seeking a root of a quadratic equation
feixianxingfangchengqiugen
- 非线性方程求根,包括二分法,迭代法和弦割法-The roots of nonlinear equations, including the dichotomy, iterative method of chord secant method