Equilateral just means equal sided. An equilateral pentagon is therefore a pentagon with all its sides of equal length. If an equilateral pentagon is also an equal-angled pentagon then it is called a regular pentagon.
sometimes
convex, equiangular, equilateral, regular. APEX****
Only when the polygon is a regular convex polygon. Such as an equilateral triangle, or a square, or a regular pentagon.
No- it has five (one from each corner to the other side) Incorrect. It depends on which type of pentagon your talking about, if you are talking about an equilateral regular pentagon, yes 5 sides but if you are talking about an irregular pentagon, well, that's different. a regular pentagon has 5 lines of symmetry
Not possible, by definition. Regular implies equilateral.
A regular pentagon is both equiangular and equilateral.
Equilateral just means equal sided. An equilateral pentagon is therefore a pentagon with all its sides of equal length. If an equilateral pentagon is also an equal-angled pentagon then it is called a regular pentagon.
sometimes
A regular pentagon is equilateral(all sides are equal) 5*13 = 65 cm
convex, equiangular, equilateral, regular. APEX****
A regular polygon, e.g. an equilateral triangle, a square, a regular pentagon, etc.A regular polygon is both equiangular, and equilateral.
It is a regular polygon such as a square, an equilateral triangle or a regular 5 sided pentagon
A regular pentagonal pyramid is composed of five equilateral triangles and one regular pentagon. Each equilateral triangle has three angles of 60 degrees each. The regular pentagon has five internal angles of 108 degrees each.
we know that regular pentagon has 5 equilateral triangle . now ,perimeter of pentagon = 5 Xside . now,perimeter of a regular pentagon with a side length of 7.2 cm . perimeter = 7.2 X 5 =36 cm .
If it is referred to as a REGULAR pentagon, then it has equal length sides. An Asymmetric pentagon has NON-equal length sides.
A regular shape. ( square -regular rectange-, regular pentagon, regular hexagon, equilateral triangle etc. etc.)