Or, (diagonal) 2 = (length) 2 + (breadth) 2 That is the diagonal- and how you use the Pythagorean theorem. Find the square root of 5200- which is ABOUT 72.11. (hypotenuse) 2 = (length) 2 + (breadth) 2 Take each of two sides, and square them- multiply them times themselves- 40x40, and 60 x 60. The Pythagorean theorem states that the area of the square whose side is the hypotenuse is equal to the sum of the areas of the squares on the other two sides.Īpplying Pythagorean theorem on right triangle ABC,
hypotenuse of the right triangle = diagonal of the rectangle.height of the right triangle = breadth of the rectangle.base of the right triangle = length of the rectangle.Label the vertices A, B, C of the right triangle whose ∠B = 90°. A rectangle shows its base, height and hypotenuse. Now, separate one right triangle from the rectangle and place it below. And other two sides of the right triangle are the length and breadth of the rectangle. Therefore, the hypotenuse of each right angled triangle is equal to the diagonal of the rectangle. A diagonal of a rectangle is inclined to. Join / Login > Class 8 > Maths > Understanding Quadrilaterals > Some Special Parallelograms > A diagonal of a rectangle is inclined to. The acute angle between the diagonals is: Solve Study Textbooks Guides. One diagonal divides the rectangle into two seperate congruent right triangles whereas length and breadth meet at right angle. Click hereto get an answer to your question A diagonal of a rectangle is inclined to one side of the rectangle at 25 o. Let length, l = 35 cm, breadth, b = 12 cm and diagonal = d cm. Then, label the length and the breadth with measurement and its diagonal. A rectangle with l=35 and b=12.įirst, draw a rectangle and one of its diagonals. Let us, for example, find the diagonal of a rectangle with l=35 and b=12 by drawing a figure of rectangle with a diagonal. The diagonal of a rectangle is produced by adding two opposite corners at which length and breadth meet.
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