Assuming that the 40 and 30 refer to sides of a rectangle and not to any of the infinite number of other possible shapes, the answer is 50.
The diagonal of a rectangle with the length of 30 yd and the width of 30 yd is approximately 42.43 yd
A square with a 30-inch diagonal measurement has sides of 21.21 inches in length.
The diagonal will be the hypotenuse of a right triangle with legs 30 and 34 feet So its length is the square root of (34^2+ 30^2 )
In a rectangle, the perpendicular measurement refers to the height or width when considering the length as one dimension. For a rectangle measuring 26 feet in width and 30 feet in length, the perpendicular measurement can be either 26 feet (width) or 30 feet (length), depending on the orientation. If you are referring to the height of a rectangle, it typically is not defined unless specified as a 3D object.
32.311
That would be 34 feet.
Since the rectangle has right angles, you can use Pythagoras' Theorem in this case.
Assuming that the 40 and 30 refer to sides of a rectangle and not to any of the infinite number of other possible shapes, the answer is 50.
The diagonal of a rectangle with the length of 30 yd and the width of 30 yd is approximately 42.43 yd
Use Pythagoras' theorem:- 502+302 = 3400 and the square root of this is the length of the diagonal which is about 58.309 feet to 3 dp
The diagonal is approximately 38.42 feet.
A square with a 30-inch diagonal measurement has sides of 21.21 inches in length.
The diagonal will be the hypotenuse of a right triangle with legs 30 and 34 feet So its length is the square root of (34^2+ 30^2 )
302+482=3204 squareroot(3204) Answer=56.60388679
Oh, dude, you're hitting me with the math questions now? Okay, okay, let me think. So, the diagonal of a rectangle can be found using the Pythagorean theorem, right? So, it's like the square root of (24 squared + 30 squared). That's like 36 feet. So, the diagonal of a 24 ft by 30 ft rectangle is 36 feet.
You can calculate this using the Pythagorean formula for a right triangle.