It depends on the polygon... key: b=base h=height Triangle: area=1/2bh Rectangle or Square: area=bh Trapezoid: area=1/2h(b1+b2) Rhombus: area=bh or 1/2*d1*d2 d= diagonal Regular Polygon (all sides of equal length): area=1/2ap a = apothem p = perimeter Circle: pi(radius*squared) pie = 3.14 squared = multiplied by itself
add the sides of the polygon.
I do not no how about you find out what a polygon is then count the sides -A
That will depend on how many sides the polygon has.
If the polygon is a regular polygon then all interior angels are equal to 180-(360/no of sides of the polygon)
you add up the areas of all the faces on the polygon.
any polygon
The answer will depend on where the distance to the polygon is being measured from.
The formula to find the sum of interior angles of a polygon is 180° × (n - 2), where n is the number of sides of the polygon.
A polygon so described is called a regular polygon. You'll find a link below.
The only convex polygon that is rigid is a triangle.
On a protractor and at each corner (vertex) of the polygon.
The perimeter of a polygon is the sum of the length of each of its sides. If the polygon is a regular polygon the you can calculate the perimeter as [number of sides] *[the length of one side]