SIDES LENGTH leg a leg b hypotenuse c assuming; and understood hypotenuse c is the longer side.
The sides of a right angled triangle are such that the sum of the length of the longest and that of the shortest side is twice the length of remaining side, what is the length of the longest side of the triangle if the longer of the sides containing the right angle is 9 CM more than half the hypotenuse is?? Let the length of the hypotenuse (the longest side) be x. Let the length of the shortest side be y. Then the length of the remaining side isWhat's under the radicals must be equal So Now the sides of the right triangle are: The length of the hypotenuse (the longest side) is x. The length of the shortest side is Then the length of the remaining side is Since the longer of the sides containing the right angle is 9 CM more than half the hypotenuse, So the hypotenuse is 30 cm in length. Edwin
The sides of a right angled triangle are such that the sum of the length of the longest and that of the shortest side is twice the length of remaining side, the longest side of the triangle if the longer of the sides containing the right angle is 9 CM more than half the hypotenuse is?? I agree with Sir Edwin's interpretation. Let length of the LONGEST side (Hypotenuse) be H, the shortest side, S, and the middle side, M We then get: H + S = 2M But, it's given thatSo, H + S = 2M becomes: We now have the lengths of all 3 sides as: As this is a right-angled triangle, we have: 4H2 - H2 - 36H - 1,620 = 0 ----- Multiplying by LCD, 4 3H2 - 36H - 1,620 = 0 3(H2 - 12H - 540) = 3(0) H2 - 12H - 540 = 0 (H - 30)(H + 18) = 0 H - 30 = 0 OR H + 18 = 0 ==> H (Hypotenuse) = - 18 (IGNORE) Length of longest side (HYPOTENUSE), or H = 30 cm