An Octagon contains 8 sides whereas a triangle contains only 3 sides
Yes. It is the measures of the three sides that need to be equal not simply the numbers in different units. So a triangle of with sides of 1 yard, 3 feet and 36 inches would be equilateral even though the 3 numbers are different.
Given side lengths of 8 units, an equilateral triangle will have an altitude of 7 (6.9282) units.
To find the perimeter of a triangle, add the three sides. Perimeter = 6in + 8in + 10in = 24in.
6+8+10=24 inches All you have to do is add the sides together
There is no such triangle. A triangle must have exactly 3 sides.
An Octagon has 8 sides. The other more popular shapes are Hexagon which has 6 sides, a Pentagon which has 5 sides, a Square which has 4 sides and a Triangle which has 3 sides.
Octagon has 8 sides. 3 sides - triangle 4 sides - quadrilateral 5 sides - pentagon 6 sides - hexagon 7 sides - heptagon 8 sides - octagon 9 sides - nonagon 10 sides - decagon
a hexagon ( triangle has 3 and a hexagon has 6)
An Octagon contains 8 sides whereas a triangle contains only 3 sides
No because an octagon has 8 sides whereas a triangle has only 3 sides but they are both polygons.
An octohedron, or diamond
A triangle cannot have four sides.
Perimeter of triangle: 6+8+10 = 24 inches
No, By the triangle inequality theorem (or something like that), the sum of any two sides of a triangle must add up to be greater than the third side. 8+7
An acute angled scalene triangle.
an octogon