585 ft2
Start by dividing the hexagon into 6 equilateral triangles, each one will have 15-ft sides. Now divide one of these triangles in half to make a right triangle with one leg 7.5ft and the hypotenuse 15ft. The other leg will be the altitude of the triangle. (sorry it's hard to explain without being able to draw a diagram)
Call that second side h; h2 = 152-7.52 = 225-56.25 = 168.75.
h = radical 168.75 = about 12.99.
The area of one equilateral triangle = (1/2)bh = (1/2)x15x12.99 = about 97.4
Area of the hexagon = 6x97.4 = approx 585.
Not if the hexagon is a regular hexagon with sides of the same length as the sides of the square.
No because a hexagon has 6 sides whereas a square has only 4 sides
A square has 4 sides wheras an hexagon has 6 sides
6 because a hexagon has 6 sides whereas a square has 4 sides
2 because an hexagon has 6 sides whereas a square has 4 sides
Not if the hexagon is a regular hexagon with sides of the same length as the sides of the square.
No because a hexagon has 6 sides whereas a square has only 4 sides
A square has 4 sides wheras an hexagon has 6 sides
6 because a hexagon has 6 sides whereas a square has 4 sides
2 because an hexagon has 6 sides whereas a square has 4 sides
You decide how "alike" they are. A square has four sides; a hexagon has six. In a square, all sides have the same length, all angles have the same measure. In a hexagon, this may or may not be the case.
No because it has 6 sides whereas a square has 4 sides
A square has 4 equal sides whereas a regular hexagon has 6 equal sides
six
The amount of sides.
A pentagon which has 5 sides.
Yes.. depending on the size of the hexagon's sides