4-1:(1)()ZnZn2+cd2+cd(+)(2)(-)(C)Fe2+,Fe3+AgAg(+) 4-2根据标准电极电势数据分析,只能选Fe 4-4:(1)E=0.0113V,Pb(+);(2)E=0.0477V

OpenMP介绍 并行编程模式 并行域操作 工作共享结构

1.《中医学综合实验》的主要目的是培养研究生独立地、综合运用多 课种实验方法开展中医实验研究的能力。课程设计以充分调动研究生的学习 目热情,培养独立研究的基本能力,及其综合能力,并在教学形式上给予保 的证。在教学中要求研究生综合所学中、西医学知识、现代研究技术,独立 要自主地开展包括选题、课题设计、研究准备、实验实施、实验数据分析, 求至撰写实验报告等系统的实践,使研究生在实践中去检验所学的知识,暴 露其知识面的欠缺

一、函数逼近:用比较简单的函数代替复杂的函数 二、误差为最小，即距离为最小（不同的度量意义）

矩的几种定义 简单的矩方法 一般的矩方法 矩方法与最大似然法和最小二乘法的比较

第9章程序设计的一些编程技巧 9.1表处理程序设计 9.2代码转换程序 9.3算术运算 9.4数值分析

7.1 Learn what Big Data is and how it is changing the world of analytics 7.2 Understand the motivation for and business drivers of Big Data analytics 7.3 Become familiar with the wide range of enabling technologies for Big Data analytics 7.4 Learn about Hadoop, MapReduce, and NoSQL as they relate to Big Data analytics 7.5 Compare and contrast the complementary uses of data warehousing and Big Data technologies 7.6 Become familiar with select Big Data platforms and services 7.7 Understand the need for and appreciate the capabilities of stream analytics 7.8 Learn about the applications of stream analytics

似然函数，最大似然估计量 指数与高斯概率密度函数的参数确定举 最大似然估计量的方差 不等精度观测结果的并合 解析法 蒙特卡罗法 RCF边界法 图解法

6.1 Understand the applications of prescriptive analytics techniques in combination with reporting and predictive analytics 6.2 Understand the basic concepts of analytical decision modeling 6.3 Understand the concepts of analytical models for selected decision problems, including linear programming and simulation models for decision support 6.4 Describe how spreadsheets can be used for analytical modeling and solutions 6.5 Explain the basic concepts of optimization and when to use them 6.6 Describe how to structure a linear programming model 6.7 Explain what is meant by sensitivity analysis, what-if analysis, and goal seeking 6.8 Understand the concepts and applications of different types of simulation 6.9 Understand potential applications of discrete event simulation

检验拟合优度，P-值定义与应用 信号观测的显著程度 皮尔逊的χ2检验 样本、估计量与偏置 估计量的平均值、方差与协方差