人们普遍认为，高智商的人能够很容易地抓住思想，做出区分，进行逻辑推理，并使用语言和数学符号来解决问题。
It is generally agreed that a person of high intelligence is one who can grasp ideas readily, make distinctions, reason logically, and make use of verbal and mathematical symbols in solving problems.
在数学史的的很长时间内，逻辑推理一直占据数学方法的中心地位。
For a long period of the history of mathematics, the centric place of mathematical methods was occupied by the logical deductions.
数学既是一个知识体系，又是一个理性的思辩体系，它是经过高度抽象和严格的逻辑推理形成的系统化理论知识总和。
Maths is not only a knowledge system but also a rational thinking and argument system. It is a systematism theory knowledge summation by height abstract and strict logic ratiocination.
一个人通过对传统问题进行逻辑推理的实践来学习数学。
One learns mathematics by practicing logical reasoning on traditional problems.
通过使用抽象和逻辑推理，数学从计数，计算，测量和系统的研究自然对象的形状和运动演进而来。
Through the use of abstraction and logical reasoning, mathematics evolved from counting, calculation, measurement, and the systematic study of the shapes and motions of physical objects.
针对火电厂的主要生产设备采用AHP - FUZZY方法，并结合逻辑推理，建立了设备综合评价数学模型。
By applying AHP-FUZZY method and combining logic reasoning, the mathematical model to evaluate the states of main productive equipments is proposed.
题目涵盖时事常识、阅读理解、数学和逻辑推理等内容。
The questions cover areas such as current affairs and general knowledge, reading, math and logic.
在数学模型建立之后，通过逻辑推理或数学运算可以推导出一定的结果。
Since the establishment of the mathematical model, we will get some certain results through Logic reasoning or mathematics operation.
否定判断是数学中常见的判断方法，在数学分析中通过基本概念的结论得出结论的否定判断是对逻辑推理能力的极好训练。
As a common method of judgement in maths, this paper advances that negative judgement by which conclusions can be drawn from basic concepts is a best way to train peoples logical reasoning.
人们普遍认为，高智商的人有这样一些特点：理解力强，辨别力强，逻辑推理能力强，并且在解决问题的过程中善于利用文字或数学符号。
It is generally agreed that a person of high intelligence is one who can grasp ideas readily, make distinctions, reason logically, and make use of verbal and mathematical symbol in solving problems.
数学培养学生的分析问题的能力，使他们能应用毅力、创造性和逻辑推理来解决问题。
Studying mathematics can develop the students' ability to analyze problems and utilizing perseverance, originality, and logical reasoning in solving the problem.
作为一名程序员，不止需要能够理解代码，更需要扎实的数学知识和缜密的逻辑推理能力。
As a programmer not only it's necessary to understand code, but also needs to have a solid foundation of mathematics knowledge and a clear, logical mind.
作为一名程序员，不止需要能够理解代码，更需要扎实的数学知识和缜密的逻辑推理能力。
As a programmer not only it's necessary to understand code, but also needs to have a solid foundation of mathematics knowledge and a clear, logical mind.
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