If 8 is a leg and 12 is the hypotenuse, the other leg is: 8.944
congruent; hypotenuse and a leg
-- The length of each leg is (length of the hypotenuse) / sqrt(2) = 0.7071 x (hypotenuse). -- The length of the hypotenuse is (length of either leg) x sqrt(2) = 1.414 x (leg)
A right triangle with a leg length of 48 inches and a hypotenuse of 80 inches has a third leg of: 64 inches.
The length of the hypotenuse of a triangle with one leg 19 cm and the other leg eight cm is: 20.62 cm
If the hypotenuse and a leg of a right triangle are congruent to the hypotenuse and a leg of another right triangle, then the triangles are congruent.
If two right triangles have (hypotenuse and a leg of one) = (hypotenuse and the corresponding leg of the other) then the triangles are congruent.
On a right triangle, there are two perpendicular legs and the hypotenuse, which is the diagonal line connecting the ends of the two lines. Let a equal the length of a leg and b equal the length of the other leg. Let c equal the length of the hypotenuse. The formula is a2 + b2 = c2. In the case that you are solving for c (the length of the hypotenuse) plug in the values of a and b, then solve until you get what c equals. If you are solving for leg a, plug in values for b and c and solve it.
The hypotenuse leg of a right angle triangle is its longest side.
If 8 is a leg and 12 is the hypotenuse, the other leg is: 8.944
congruent; hypotenuse and a leg
The short leg is equal to one-half of the hypotenuse. ( sin 30 = opposite/hypotenuse = short leg/hypotenuse = 1/2)
yes
use the Pythagorean therom ... C2=A2+B2 draw a little triangle name your sides and use the therom to solve for the hypotenuse which is c....... This means that your slant would be the hypotenuse in the therom thus the square root of c is equal to the square root of side a plus the square root of side be it's best just to use a scientific calculator
A hypotenuse should not be shorter than a leg length.
A right triangle with one leg 2.968 and other leg 3.504 will have a hypotenuse of 4.592
The square of the hypotenuse minus the square of the leg you know will give you the square of the unknown leg.