| 1. | We have shown that the two triangles oab and iab are congruent .
我们已经证明三角形OAB和IAB全等。 |
| 2. | An equilateral triangle cannot be dissected into finitely many incongruent equilateral triangles .
等边三角形不能分成有限多个不全等的等边三角形。 |
| 3. | We have shown that the two triangles oab and iab are congruent
我们已经证明三角形oab和iab全等。 |
| 4. | Vi a new method and its proof for triangle congruence and similarity
判定三角形全等与相似的一种新方法及其证明 |
| 5. | Congruent transformation group
全等变换群 |
| 6. | Congruence of fiqures
图形的全等 |
| 7. | Two triangles are congruent if they have two angles and the included side equal
两个三角形如果有两个角及其夹边对应相等则它们全等。 |
| 8. | To check that both the type and value are the same , use the strict equality operator ,
若要检查类型和值是否均相同，请使用全等运算符= = = 。 |
| 9. | There are three pairs of congruent shapes , and you may lose " f " or " v " or " r " piece
这组解答还有三个全等图形可以对换，变成少" f "型片、少" v "型片、少" r "型片。 |
| 10. | In chapter 2 , the method of moment ( mom ) and the electric field integral equation ( efie ) are introduced respectively
第二章介绍了矩量法和电场积分方程。采用分域基函数法求解基于全等效电流的电场积分方程。 |
