No because in order to construct a triangle the sum of its 2 shortest sides must be greater than its longest side and from the given dimensions 2+1 is less than 4 and so therefore a triangle is not possible.
The side length is 15.2 (15.19671) inches.
A triangle with side a: 15.5, side b: 15.5, and side c: 15.5 inches has an area of 104.03 square inches.
If all 3 sides each have a length of 15½ inches, it would be called an Equilateral Triangle
a square's sides are equal. so area = (length of side)2 = 33 inches so sqrt(33) = length of side length of side = 5.744....inches = 5.7 inches (to the nearest tenth of an inch)
12 inches
5,12,13
13, 12,5
The side length is 15.2 (15.19671) inches.
The side length is 18.24 (18.23606) inches.
The perimeter of an equilateral triangle with a side length of 4 inches is 12 inches. Each side of an equilateral triangle is equal in length, so the perimeter is found by multiplying the side length (4 inches) by 3.
A triangle with side a: 15.5, side b: 15.5, and side c: 15.5 inches has an area of 104.03 square inches.
A triangle with side a: 15.5, side b: 15.5, and side c: 15.5 inches has an area of 104.03 square inches.
Without a type of triangle and the associated angle measurements, an answer is impossible.
99 inches.
12 inches
A triangle with side a: 6, side b: 6, and side c: 6 inches has an area of 15.59 square inches.
If all 3 sides each have a length of 15½ inches, it would be called an Equilateral Triangle