Friday, October 05, 2007

Geometry Honors: 4.5 Isosceles and Equilateral Triangles

4.5 Isosceles and Equilateral Triangles
In Pairs
1. Login to SuccessNet (use the link on the Links menu)
2. click on PH Math 2004
3. Click on Chapter 4
4. Click on 4-5
5. Click on Interactivity
6. Open the Exploration Guide on one computer and use the Gizmo on another.
7. Record your answers on one piece of paper
8. Comment on this post with your findings. Remember to sign your (first)name.

20 comments:

Anonymous said...

Guess what!?

Sara and Nikole learned that equialngular triangles will always have the same angle measurements and that the segments are congruent as well. xD

this is a pretty gangsta' website, it helps us learn very well =]

chyeaa y0

Anonymous said...

We learned lots and lots of good stuff about isosceles triangles.... lots and lots Ms. Lynch! Also that if two sides of a triangle are congruent then the angles opposite those sides are congruent: isosceles triangle theorem!!!! :)))))) If two angles of a triangle are congruent then the sides opposite the angles are congruent: the converse of the isosceles triangle. the bisector of the vertex angle of an isosceles triangle is the perpendicular bisector of the base. And that if a triangle is equilateral then it is also equiangular, and vise-versa.

Vanessa and Nida

Anonymous said...

We learned that equilateral and equiangular share congruent sides and congruent angles

Anonymous said...

We learned that equilangular triangle's angles are always congruent, and equilateral triangle's sides are always congruent. If two angles for a triangle are congruent, then the sides opposite of them are congruent and the other way around. Also, if a triangle is equilangular, then it is also equilateral, and vise versa.

erin and eric :p

Anonymous said...

We learned that equilateral and equiangular share congruent sides and congruent angles

Cheryl and Victoria

Anonymous said...

We learned a lot about isosceles triangles. Also we learned about base angles and legs. Equiangular triangles will always be congruent.


Araf and BJ

Anonymous said...

What I learned form this activity is the relationship between equilateral and Equiangular triangles.

Xavalys

I learned what is the perpendicular bisector of the base.

Sandra

Anonymous said...

we found out that triangles that have 2 congruent sides are called isosceles triangles. also that equiangular triangles also have all 3 sides that are congruent.

BLAIZE and JUNIOR

Anonymous said...

hey i learned that equilangular and equilateral triangels are the same thing

christina <3 + Levi

Anonymous said...

we learned that in angles are always equal no matter how much you alter them.

Kevin Zarate
Jamesley Elien

Anonymous said...

Today I have learned how to measure isosceles triangles and how they are congruent
Elsa and Michael

Unknown said...
This comment has been removed by the author.
Anonymous said...

We learned that equiangular triangles are the same but may change if the angles change. I also learned that equilateral triangles are the same no matter what and equal 60 degrees.

Anonymous said...

We learned that equiangular triangles are the same but may change if the angles change. I also learned that equilateral triangles are the same no matter what and equal 60 degrees.


Travon, Quanteria

Anonymous said...

this was a great way of learning equilateral triangles and isosceles.


Brandie
Breana
Malclom

Anonymous said...

We learned that equilateral and equiangular share congruent sides and congruent angles.
Dmacus and jordon

Anonymous said...

at least we did the work
i did learn a thing or 2(too la-z 2 type)

Anonymous said...

We learned that if the sides are congruent, then the opposite angles are congruent as well.

Bryanne
Janae

Anonymous said...

We learned that parallel lines have opposite angles and that they remain the same. To find the vertex angle you just subtract the opposite angles from 180 to find out the vertex angel. Also that equalteral and equalangular have congurent angels and sides, no matter how its shifted.

Ashley & Milingie

Anonymous said...

I learned that equilateral triangle's sides are always congruent, and the angles of equiangular triangles are always congruent.
**DANESSiA THE SUPER[*]**