1.
we will learn analytic geometry after studying solid geometry.
我们刚学完立体几何就要学解析几何。
2.
Combination of Teachinj Space Analyic Geometry and Cubis Geometry;
浅析空间解析几何与立体几何教学的结合
3.
The students are learning solid geometry.
这些学生正在学习立体几何学。
4.
Using the way of space Vector to deal with the problems on Solid geometric
运用空间向量知识,解决立体几何问题
5.
Research on Receptivity about Solid Geometry in Senior High School under the Vector View;
向量观点下的高中立体几何认同研究
6.
A Study of Inquiry Learning of Solid Geometry;
关于立体几何开展探究性学习的研究
7.
Problem on Dynamic Solid Geometry and Range;
动态立体几何与最值(或值域)问题
8.
Devehping Student s Creative Thinking During the Transforming of Solid Geometry;
在立体几何转换中挖掘学生创新思维
9.
The Status and the Strategy of Arts Students' Studying Geometry
美术生立体几何学习现状及策略研究
10.
On the Basic Content of Solid Geometry in Senior High School and Its Teaching Methods
高中立体几何初步内容及其教学研究
11.
Queries on Solid Geometry Textbook and Suggestive Solution;
现行立体几何教材中几个概念的质疑及建议
12.
Application of Vector to Solve Three-dimensional Geometric
应用向量法解立体几何问题的几点探讨
13.
An Experimental Research on the Teaching Strategies of Subjective Geaching for the Learning of Solid Geometry;
立体几何中主体性教学策略的实践探究
14.
Study on the Computer Assisted Instruction System of Solid Geometry Based on Java 3D;
基于Java 3D的立体几何教学辅助系统的研究
15.
The Research on Teaching and Learning of Spatial Vector and Three-dimensional Geometry;
空间向量对立体几何教与学影响的研究
16.
Research on Teaching Vector in Cube Geometry for the Students of Arts;
高中文科生立体几何向量法解题教学研究
17.
Studying on the Effect of Solid Geometry Teaching with Vector and Synthetic Methods;
用向量法处理立体几何问题的教学效果研究
18.
On Explaining the Change of Movement and Still in Solid Geometry with Vector;
用向量法解释立体几何中动与静的变化