Each leg is 21.73 feet and the Hypotenuse is 30.73 feet. (0.73 feet is a whisker over 8¾ inches)
in an isosceles triangle, if the legs have length L, then the hypotenuse has length L square root of 2
The length of the hypotenuse, alone, is not sufficient to determine the area of a triangle.
For isosceles triangle both legs are the same, 10 cm. The hypotenuse is square root of sum of legs squared, = sqrt (10 squared + 10 squared) = 14.1 cm
It is sqrt(2).
Using Pythagoras's theorem the hypotenuse is the square root of 2 units of length
in an isosceles triangle, if the legs have length L, then the hypotenuse has length L square root of 2
An Isosceles right triangle. If the length of either of the two sides is N then the hypotenuse is N times the square root of 2. an isosceles right triangle can not be an equilateral triangle since the hypotenuse can not be the same size as the other two sides..
An isosceles right triangle will always have its shorter sides of the same length, and the hypotenuse will always be this length times sin(45o) or times the square root of 0.5.
The length of the hypotenuse, alone, is not sufficient to determine the area of a triangle.
If the hypotenuse is the square root of three, then the legs are (root 6)/2. If the hypotenuse is 12, then the legs are 6(root 2). This is because, for any given right isosceles triangle, the length of the hypotenuse x is root two times the length of the legs.
The longest length would be the hypotenuse. You can use SOHCAHTOA to find the length.
For isosceles triangle both legs are the same, 10 cm. The hypotenuse is square root of sum of legs squared, = sqrt (10 squared + 10 squared) = 14.1 cm
It is sqrt(2).
11.489
Using Pythagoras' theorem the length of the hypotenuse is 17.1 inches
Using Pythagoras's theorem the hypotenuse is the square root of 2 units of length
square root of two.