A triangle can have only three sides. No triangle can have 9 sides!
A scalene triangle has all different sides.
If all 3 sides are equal: Equilateral Triangle If 2 sides are equal: Isosceles Triangle If all 3 sides are unequal/different: Scalene Triangle
an equilateral triangle's sides and angles are all congruent.an isosceles triangle has two sides that are congruent.and a scalene triangle has no sides that are at all congruent.:)
An equilateral triangle would fit the given description
pieth
If you have the length of each of the three sides of a triangle, you can find the perimeter of (the distance around) the triangle by adding the length of the sides. Their sum will be the perimeter of this geometric shape.
An equilateral triangle means a triangle with all three sides with equal dimensions. For drawing an equilateral triangle first you will have to choose a measurement to draw the sides of the triangle. For example, lets take the side to be 4cm. When you draw the base of 4cm you will have to draw the other two sides of 4cm as well. Thus an equilateral triangle is constructed..
This depends on the given information in the problem. All sides are equal, so if you can find one, you will know all the sides.
A triangle can have only three sides. No triangle can have 9 sides!
A scalene triangle has all different sides.
A triangle with all sides the same lenght is an equilateral triangle.
If all 3 sides are equal: Equilateral Triangle If 2 sides are equal: Isosceles Triangle If all 3 sides are unequal/different: Scalene Triangle
an equilateral triangle's sides and angles are all congruent.an isosceles triangle has two sides that are congruent.and a scalene triangle has no sides that are at all congruent.:)
Oh, dude, you're talking about triangles now? Alright, so, like, triangles can be classified based on their sides - you've got equilateral triangles (all sides are equal), isosceles triangles (two sides are equal), and scalene triangles (all sides are different lengths). It's like a little triangle party with different sides showing up!
The description given fits that of a scalene triangle.
An equilateral triangle would fit the given description