Jessica
October 31, 2008, 06:25 PM
I'm in Honors Geometry. I went to Geometry class in the summer because my mom wanted me to. So I have a head start in Geometry.
If I passed that test, I would've gone to Algebra II. But I wasn't supposed to go there, because my mom just wanted me to go there to have a head start. Even if I did pass that test I wouldn't go because it would be too hard. I didn't pass it, that test. It was hard.
4.3 Practice worksheet
#3
"If one side of an equilateral triangle is congruent to one side of a second equilateral triangle, then the two triangles are congruent."
Is this statement true? Explain why or why not. Include a diagram in your answer (this part I can't "draw" it here so..."
I think it's true, but I just want to make sure if it's actually not true.
Also, tell me if I explained it well/correctly.
Here's the reason.
This statement is true because Equilateral Triangle #1 has 3 congruent sides. The second triangle, which is also equilateral, has 3 congruent sides also. So if one side of Triangle 1 is congruent to a side of Triangle 2, then they are congruent.
If I passed that test, I would've gone to Algebra II. But I wasn't supposed to go there, because my mom just wanted me to go there to have a head start. Even if I did pass that test I wouldn't go because it would be too hard. I didn't pass it, that test. It was hard.
4.3 Practice worksheet
#3
"If one side of an equilateral triangle is congruent to one side of a second equilateral triangle, then the two triangles are congruent."
Is this statement true? Explain why or why not. Include a diagram in your answer (this part I can't "draw" it here so..."
I think it's true, but I just want to make sure if it's actually not true.
Also, tell me if I explained it well/correctly.
Here's the reason.
This statement is true because Equilateral Triangle #1 has 3 congruent sides. The second triangle, which is also equilateral, has 3 congruent sides also. So if one side of Triangle 1 is congruent to a side of Triangle 2, then they are congruent.