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.
4 feet
It very much depends on what z is.
To find the diagonal measurement of a rectangle, you can use the Pythagorean theorem. For a rectangle with sides of 30 feet and 32 feet, the diagonal (d) can be calculated as (d = \sqrt{30^2 + 32^2}). This gives (d = \sqrt{900 + 1024} = \sqrt{1924}), which simplifies to approximately 43.9 feet.
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.
Write two simultaneous equations and solve them. One for the perimeter, one for the area.
32.311
That would be 34 feet.
Since the rectangle has right angles, you can use Pythagoras' Theorem in this case.
4 feet
4 feet
It very much depends on what z is.
To find the diagonal measurement of a rectangle, you can use the Pythagorean theorem. For a rectangle with sides of 30 feet and 32 feet, the diagonal (d) can be calculated as (d = \sqrt{30^2 + 32^2}). This gives (d = \sqrt{900 + 1024} = \sqrt{1924}), which simplifies to approximately 43.9 feet.
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.
Write two simultaneous equations and solve them. One for the perimeter, one for the area.
The measurement of 30 minutes is a measurement of time.
One rectangle that has a perimeter of 30 has a length of 5 and a width of 10.
you multiply it together so it is 28,080(your measurement here)^3