片语

mathematical philosophic problem数学哲学问题

mathematical applied problem数学应用问题

mutiple mathematical word problem solving复合应用题解决

Mathematical Problem Solving数学问题解决

math problem数学题

mathematical application problem数学应用题

mathematical solving problem数学解题

mathematical programming problem数学规划问题

mathematical modeling problem数学建模问题

英汉例句

• The problem of going upstairs is a classic mathematical problem which often appeared in mathematical contest of various kinds.

  上楼梯问题是一个经典名题，经常出现在各类数学竞赛中。

• The world is not the last word. You remember, it「s not like a mathematical problem so there」s no solution.

  世界也不是最后的定论，你们记住，哲学问题不像数学问题，因此没有答案。

• Without sturdy knowledge,this mathematical problem can「t be solved easily ;

  没有真才实学,这道数学难题不会轻易就可以解 出来.

• This research investigated the visual spatial representations, mathematical problem solving and spatial visualization ability of forth grade, fifth grade, and sixth grade elementary school students.

  本研究考察并比较了四至六年级儿童的视觉—空间表征策略、数学问题解决和空间视觉化能力。

• We knew that mathematical problem is the growing and the fundamental points of mathematical development, it can take root only in mathematical situation.

  众所周知，数学问题是数学发展的生长点和基本点，只有在数学情境的土壤中才能生根发芽。

• Solving a mathematical problem is a procedure of seeking out a road that links the initial state with the final state of the problem in problem space.

  数学问题的解答，是在问题空间中寻求一条由问题初始状态到目标状态的通路，用数学方法描述这一过程。

• A mathematical problem is composed of the initial state, the goal state and the rules of problem solving.

  一个数学问题由初始状态、目标状态和解题规则组成。

• A mathematical problem is the problem concerned with mathematics, or the problem that can be solved using mathematical concepts, theories or methods.

  数学问题是以数学为内容，或者虽不以数学为内容，但必须运用数学概念、理论或方法才能解决的问题。

• If solving a mathematical problem is 「thinking」, then computer can and does so much faster than a man.

  如果解一道数学难题算「思考」的话，电脑也会，而且比人脑快很多。

• The attribution」s impaction on the mathematical problem solving efficiency.

  归因对数学问题解决效率的影响。

• How to apply the methods of psychological research to those of mathematical problem solving and thus combine qualitative way with quantitative way requires further study.

  如何创新性地使用心理研究方法于数学解题心理研究，将定性与定量分析有机结合，是一个有待研究的问题。

• Eigenvalue problem of gyroscopic systems is a typical mathematical problem derived in rotor dynamics.

  陀螺系统特征值问题是在转子动力学中提出的一个典型的数学问题。

• It turned out to be a real breakthrough for solving the mathematical problem I was working on.

  经证实这就是我那是一直着手处理的数学难题的一个实质上的突破。

• Yet somehow, nature is able to simulate this mathematical problem using only N particles.

  然而不知为什么，大自然能仅使用N粒子模拟这一数学问题。