他问我这道题的的解题方法。
对于各题型的解题方法，有两点需要介绍一下。
Inscribe to each model the method that solve a problem, have needed to introduce at 2 o 'clock.
这两种解题方法非常常见，所以做了详细的分析。
These two kinds of methods are common, so we make detailed analysis.
标准的解题方法是，写出平衡式，2no2气体。
And so the way that, the standard way of setting up the problem is to write the equilibrium, 2 NO2 gas.
画条平行线通过这个点，你就会找到解题方法。
Draw a parallel through the point and you can find a solution.
用数学方法求相贯线的特殊点，是一种新颖的解题方法。
It is a new method for solving the special point on the intersecting line by mathematic methods.
在数学学习中“做题”与“解题方法”有着密切的关系。
"Doing exercise" is well associated with "method of solution" in mathematical learning.
知识内涵是解题方法的基础，解题方法是知识内涵的重要应用。
The intension of knowledge is foundation of the method solving problem, and the method solving problem is an important application of the intension of knowledge.
所以，艺术类考生文化课补习重点应该是强化基础知识和解题方法。
So, the arts examinee culture with the focus should be on strengthening the basic knowledge and method to solve problems.
通过以上的讨论，以期提高中学生对此类题目的解题方法和解题技巧。
How to calculate the maximum and the minimum value. Generally, it is in order to improve the middle school student's methods and skills of problem solving from the above discussions.
逆乃氏阵列法解多变量控制系统问题是近年来出现的一种完备的解题方法。
To solve multivariable control system by using Inverse Nyquist Array method is a new complete method of solving problems up to date and has been spoken about in articles.
文中以滚子摆动从动件平面凸轮为例，其解题方法也适用于其它类型平面凸轮机构。
The case of a plate CAM with an oscillating roller follower is taken as an example. This method is also applicable to other types of plate CAM system.
此软件综合了多种无约束优化方法，可以通过为参数设置不同的值来选择不同的解题方法。
The software includes many unconstrained optimization algorithms, we can choose different methods by setting different values for parameters.
论文分析了含受控源电路的等效变换，给出了应用节点分析法处理受控源电路的解题方法。
This paper analyses the equivalent change of controlled source in circuits and gives an method for handling con-trolled source networks in node analyses.
对电磁学几个例题进行分析，说明了对称、假设、叠加等解题方法在电磁学解题中的应用。
The article discusses and analyzes some examples, so as to show that the methods of summery, supposition and overlying can be used in electromagnetic.
例如，施莱克尔曾观摩了一堂数学课，教师抛出了一道复杂的问题，让全班讨论最好解题方法。
For example, in one math class visited by Schleicher, the teacher threw out a complex problem that provoked classroom discussion as to how to best arrive at a possible solution.
此外，还要深刻理解各种基本概念，掌握一定的解题方法、技巧，训练一定的解题综合能力。
In addition, understand all sorts of basic ideas even deeply, master the regular method that solve a problem, skill, train particular solution to inscribe integrated ability.
辅助函数的构造是高等数学教学中的重要内容之一，也是学生所要掌握的重要的解题方法之一。
The structure of auxiliary function is one of the important contents in the mathematics teaching, it is one of the important solution approaches that students should grasp too.
如何将语篇分析理论中的情景、话题和衔接与完形填空的解题方法巧妙的结合是本文的讨论重点。
The thesis also discusses how to apply the theory of discourse analysis to the problem-solving process of cloze with special reference to such skills as context, topic and cohesion.
由此引入尝试解的解题方法，以解决比较复杂的静电学问题，提高学生分析问题、解决问题的能力。
In view of this, the test solution method can be used for solving the more difficult problems of the static electricity.
于是，我打起精神，反复读题，仔细思考，聚精会神地考虑解题方法，终于把这道“拦路虎”给解决了！
So I dozen spirit, read again and again, think carefully, attentively to consider the problem solving methods, finally put the word "obstacle" to solve!
数形结合不应仅仅作为一种解题方法，而应作为一种基本的、重要的数学思想来学习，研究和掌握运用。
Number shape union should not merely be as a problem solving method, but should serve be as a basic and important mathematical idea to learn, study and master.
该文中简单的介绍了基于VB环境的标记法、临界值判断法、函数法以及因子法的解题方法及它们各自的特点。
In a straightforward way, this paper introduce the solution and each characteristic of marker methods, function methods, threshold methods and factorial methods based on VB environment.
构造性解题方法没有固定的模式，在运用时需要有敏锐的观察力，丰富的联想，灵活的构思，创造性的思维等能力。
Constructive solutions have not fixed modes. To use the means, we need acute observation, abundant association, flexible conceive and creative thinking.
高等数学题目类型繁多，解题方法灵活多变，其中代换法不但能开拓灵活巧妙的解题思路，而且有化难为易、化繁为简之功效。
Due to the variable subjects and methods of solving problems in Higher Mathematics, substitution will not only flexibly develop the ways of problem solving, but also an effect of simplification.
读者将从中体会到这种新解题方法的快速、准确、简捷、灵活和有效的优越性及普遍适用性，进而学习此方法并在教学中使用它。
It can be studied and accepted in teaching for the speediness, veracity, simplicity, flexibility, validity and universal applicability of this method.
读者将从中体会到这种新解题方法的快速、准确、简捷、灵活和有效的优越性及普遍适用性，进而学习此方法并在教学中使用它。
It can be studied and accepted in teaching for the speediness, veracity, simplicity, flexibility, validity and universal applicability of this method.
应用推荐