点击切换搜索课件文库搜索结果(1230)
文档格式:PPT 文档大小:1.26MB 文档页数:24
一、无穷小(Infinitesimal) 分limf(x)-|=0 lim[(x)-A]=0 lima(x)=0 a(x)= f(x)-A 即,每一个有极限的函数f(x)都与一个趋于0的函数f(x)-A联系着。 因此,以0为极限的函数在极限理论和极限的计算中扮演着特殊而重要的角色
文档格式:DOC 文档大小:49.5KB 文档页数:14
Status delete( Sqlist&a,inti,intk)删除线性表a中第ⅰ个元素起的k个元素 if(ia length) return INFEASIBLE, for( count=l;i+ count-l<= a length- k count++)/注意循环结束的条件
文档格式:PDF 文档大小:328.46KB 文档页数:17
Some Properties 1. ∆n is consistent. 2. Γ ⊆ ∆n ⊆ ∆n+1 ⊆ ∆Γ 3. ∆Γ is complete. 4. If ∆Γ ` A then there exists n ∈ N such that ∆n ` A. 5. A ∈ ∆Γ iff ∆Γ ` A 6. ∆Γ is consistent
文档格式:DOC 文档大小:43KB 文档页数:5
Exercises about Units 6-10 Dictation IL. Cloze Test: Fill in each blank of the following passage with an appropriate word 1. The aim of education is to stimulate impulses, encourage free thinking and boldness in thought and keep alive various interests. But the single sex(1) by following the ple uniform structure and(2) a separate curriculum for males and females does anything but this. 3) of being provided with a rich expansion of experience, students are only(4) to a segment of knowledge. Such a form of education interferes (5)
文档格式:DOC 文档大小:148.5KB 文档页数:8
外研版(三起)(2012)小学英语四年级下册Module 9 Unit 2 Did you have a nice holiday$%Module 9 Unit 2 Did you have a nice holiday$%导学案(1)
文档格式:PDF 文档大小:110.98KB 文档页数:19
6.1定积分与不定积分 给定非负函数y=f(x),定义于闭区间[a,b],如果我们要求函数图形y=f(x)下边 曲边梯形面积,就需要定积分[f(x)dtx。 定闭区间[a,b]内任意时刻的即时速度y=∫(1),求[a,b]内走过路程,也需要定 积分O)d 定义函数f(x)定义在[a,b上
文档格式:PDF 文档大小:167.54KB 文档页数:31
2.1序列极限定义 定义域为N的函数也称为序列,记为f(),f(2),A,f(n),A,习惯上记为 x1,x2,A,xn,A,或简单地记为{xn}。其中xn称为通项,它可由公式给出,也可由其它法 则给出
文档格式:PPT 文档大小:133.5KB 文档页数:36
定义6设A为n阶方阵,如果ATA=1,就称A为正交 定理4A为n阶正交矩阵的充分必要条件是A的 证设
文档格式:PPT 文档大小:17.01KB 文档页数:5
1 一般描述 在一定的温度(T)和压力(p)下,溶质A在气相和液相中组成的关系为什么仅仅是组分A? 组成的表述有多种方法气相中:分压pA,摩尔分数yA,摩尔比YA液相中:摩尔浓度cA(kmol/m3),摩尔分数A,摩尔比A
文档格式:PDF 文档大小:62.23KB 文档页数:3
then there exists AE R\ such that (Kuhn-Tucker condition) G(s') =0 and 1. Lagrange Method for Constrained Optimization FOC: D.L(,\)=0. The following classical theorem is from Takayama(1993, p.114). Theorem A-4 (Sufficieney). Let f and, i= ,..m, be quasi-concave, where Theorem A-1. (Lagrange). For f: and G\\, consider the following G=(.8 ) Let r' satisfy the Kuhn-Tucker condition and the FOC for (A.2). Then, x' problem is a global maximum point if max f() (1)Df(x') =0, and f is locally twice continuously differentiable,or
首页上页115116117118119120121122下页末页
热门关键字
搜索一下,找到相关课件或文库资源 1230 个  
©2008-现在 cucdc.com 高等教育资讯网 版权所有