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数值方法(MATLAB版)第四版的上机答案 语言是matlab 一般每个题目一个文件夹 主程序一般为main文件-Numerical methods (MATLAB version) fourth edition of the machine language is the answer to every problem a general matlab folder as the main file main general
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下载文件列表
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上机作业参考答案\P270(6.2.6.1)(基于N加1点的差分求导)\Newton多项式插值 | 直接求导.doc | |
................\.49(2.2.4.3)(二分法与试值法)\bisect.asv | ||
................\.160(4.2.2.1)(多项式计算算法)\derivation.asv | ||
................\.260(6.1.6.1)(使用极限的微分求解)\difflim.asv | ||
................\..70(6.2.6.1)(基于N加1点的差分求导)\diffnew.asv | ||
................\...................................\diffnewAll.asv | ||
................\...................................\diffnewI.asv | ||
................\.93(3.2.8.1)(矩阵乘法 | 立方体旋转)\DispCube.asv | |
................\.171(4.3.5.2)(拉格朗日多项式)\lagran.asv | ||
................\.202(5.1.4.1)(最小二乘拟合曲线)\main.asv | ||
................\.31(1.3.10.1)(求二次根)\main.asv | ||
................\.69(2.4.8.4)(求立方根的近似值)\main.asv | ||
................\.270(6.2.6.1)(基于N加1点的差分求导)\main.asv | ||
................\.160(4.2.2.1)(多项式计算算法)\main.asv | ||
................\.260(6.1.6.1)(使用极限的微分求解)\main.asv | ||
................\.154(4.1.3.1)(绘制sin(x)的图形和表)\main.asv | ||
................\..71(4.3.5.2)(拉格朗日多项式)\main.asv | ||
................\.31(1.3.10.2)(求极限)\main.asv | ||
................\.49(2.2.4.3)(二分法与试值法)\main.asv | ||
................\.69(2.4.8.4)(求立方根的近似值)\newton.asv | ||
................\.160(4.2.2.1)(多项式计算算法)\polynomial.asv | ||
................\.49(2.2.4.3)(二分法与试值法)\bisect.m | ||
................\.160(4.2.2.1)(多项式计算算法)\derivation.m | ||
................\.............................\detGauss.m | ||
................\.260(6.1.6.1)(使用极限的微分求解)\difflim.m | ||
................\..70(6.2.6.1)(基于N加1点的差分求导)\diffnew.m | ||
................\...................................\diffnewAll.m | ||
................\...................................\diffnewI.m | ||
................\.93(3.2.8.1)(矩阵乘法 | 立方体旋转)\DispCube.m | |
................\.40(2.1.5.1)(求不动点)\fixpt.m | ||
................\.160(4.2.2.1)(多项式计算算法)\integration.m | ||
................\..71(4.3.5.2)(拉格朗日多项式)\lagran.m | ||
................\.202(5.1.4.1)(最小二乘拟合曲线)\lsline.m | ||
................\...............................\main.m | ||
................\.160(4.2.2.1)(多项式计算算法)\main.m | ||
................\.260(6.1.6.1)(使用极限的微分求解)\main.m | ||
................\..70(6.2.6.1)(基于N加1点的差分求导)\main.m | ||
................\.178(4.4.4.1)(牛顿插值多项式)\main.m | ||
................\.69(2.4.8.4)(求立方根的近似值)\main.m | ||
................\.154(4.1.3.1)(绘制sin(x)的图形和表)\main.m | ||
................\..71(4.3.5.2)(拉格朗日多项式)\main.m | ||
................\.93(3.2.8.1)(矩阵乘法 | 立方体旋转)\main.m | |
................\.31(1.3.10.1)(求二次根)\main.m | ||
................\...........2)(求极限)\main.m | ||
................\.49(2.2.4.3)(二分法与试值法)\main.m | ||
................\..0(2.1.5.1)(求不动点)\main.m | ||
................\......................\main2.m | ||
................\.31(1.3.10.1)(求二次根)\mysqrt.m | ||
................\.178(4.4.4.1)(牛顿插值多项式)\newpoly.m | ||
................\.69(2.4.8.4)(求立方根的近似值)\newton.m | ||
................\.40(2.1.5.1)(求不动点)\plotfixpt.m | ||
................\.160(4.2.2.1)(多项式计算算法)\polynomial.m | ||
................\.49(2.2.4.3)(二分法与试值法)\regula.m | ||
................\..0(2.1.5.1)(求不动点)\sqrtm.m | ||
................\P160(4.2.2.1)(多项式计算算法) | ||
................\P154(4.1.3.1)(绘制sin(x)的图形和表) | ||
................\P270(6.2.6.1)(基于N加1点的差分求导) | ||
................\P93(3.2.8.1)(矩阵乘法 | 立方体旋转) | |
................\P178(4.4.4.1)(牛顿插值多项式) | ||
................\P40(2.1.5.1)(求不动点) | ||
................\P31(1.3.10.1)(求二次根) | ||
................\P260(6.1.6.1)(使用极限的微分求解) | ||
................\P202(5.1.4.1)(最小二乘拟合曲线) | ||
................\P171(4.3.5.2)(拉格朗日多项式) | ||
................\P31(1.3.10.2)(求极限) | ||
................\P49(2.2.4.3)(二分法与试值法) | ||
................\P69(2.4.8.4)(求立方根的近似值) | ||
上机作业参考答案 |