A hexagon with sides of 60 m will have an area greater than 0 m2 and less than or equal to 5400√3 m2 (≈ 9353.1 m2).
The maximum area is a regular hexagon with sides 60 m which has an area of:
area_regular_hexagon = 1/2 x 3 x √3 x side2
= 1/2 x 3 x √3 x (60 m)2vv
= 5400√3m2
≈ 9353.1 m2
The side lengths of a square with an area of 60 square meters is: 7.746 meters.
The formula for a hexagon is 6x.5xsin(60)edge2 = 3xsin(60)edge2=2.598edge2.
Assuming that the "5 and 12" refer to side lengths, the answer is 5*12 = 60 square units.
if r = perpendicular distance center of hexagon to a side, and r^2 = r squared, then AREA = 6x r^2 x tan 30 degrees = 3.464 r^2 or if R = distance center of hexagon to a corner, AREA = 3 R^2 sin 60 = 2.598 R^2
The hexagon will consist of 6 equilateral triangles having sides of 20 cm and so:- Area of the regular hexagon: 0.5*20*20*sin(60 degrees)*6 = 1039 square cm rounded
The side lengths of a square with an area of 60 square meters is: 7.746 meters.
A triangle with sides of 50, 50 and 60 units has an area of 1200 sq units.
A hexagon has 6 sides. The area of a regular hexagon that has a perimeter of 60 cm is 259.81 cm squared.
1, 3, 5 and 15.
A square with an area of 3,600 square units has side lengths of 60 units each.
The formula for a hexagon is 6x.5xsin(60)edge2 = 3xsin(60)edge2=2.598edge2.
When you double the length of one side, the area is increased by a factor of four. Example:A square with side lengths of 10 feet has an area of 100 square feet.A square with side lengths of 20 feet has an area of 400 square feet.
Assuming that the "5 and 12" refer to side lengths, the answer is 5*12 = 60 square units.
There is only one equilateral triangle with a perimeter of 60 units. Its side lengths are integers.
The square root of 225 is 15. Since the side length of a square is just the square root of the area, the side length must be 15. As a side note, the perimeter is four times the square root of the area, or in this case, 60.
if r = perpendicular distance center of hexagon to a side, and r^2 = r squared, then AREA = 6x r^2 x tan 30 degrees = 3.464 r^2 or if R = distance center of hexagon to a corner, AREA = 3 R^2 sin 60 = 2.598 R^2
12*5 (sides) =60 inches.