The following are all bisected by the diagonal of a square:The corner anglesThe surface of the squareThe other diagonal
An oblique line (line that slants) from one part of the shape to the other e.g from one corner of a square to the opposite corner is a diagonal line. I hope this solved your problem
If the vectors emanting from one corner of the rectangel are called a and b then. (a) + (b) = one diagonal (a) + (-b) = the other diagonal and |(a) + (b)| = |(a) + (-b)| (the absolute value of the diagonal's scalars are equal)
This will work with any rectangle, but not with some other weird shape: -- Stretch a string on the diagonal, i.e. from one corner to the opposite corner. Tape it down. -- Stretch another string on the other diagonal, i.e. between the two remaining corners. The point where the second string crosses the first string is the center of the floor.
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 sign "50''" typically indicates a height measurement of 50 inches, often found in contexts like sports or physical activities, where height may be relevant. It could refer to the height of a barrier, a goal, or a piece of equipment. In other contexts, it might denote the diagonal size of a television or screen, suggesting a measurement of 50 inches from corner to corner.
The following are all bisected by the diagonal of a square:The corner anglesThe surface of the squareThe other diagonal
Measure from one corner to the diagonal corner, and then switch and measure the other 2 diagonal corners. If the measurements are the same, then the walls are at right-angles to each other.
To find the diagonal measurement of a rectangle, you can use the Pythagorean theorem, which states that the square of the hypotenuse (the diagonal) is equal to the sum of the squares of the other two sides. In this case, the diagonal measurement of a 40' x 50' rectangle can be calculated as follows: diagonal = √(40^2 + 50^2) = √(1600 + 2500) = √4100 ≈ 64.03 feet.
To find the diagonal measurement of a square, you can use the Pythagorean theorem, which states that the square of the hypotenuse (the diagonal) is equal to the sum of the squares of the other two sides. In this case, the diagonal measurement would be the square root of (7^2 + 8^2) = √(49 + 64) = √113. Therefore, the diagonal measurement of a 7 ft by 8 ft square is approximately 10.63 feet.
An oblique line (line that slants) from one part of the shape to the other e.g from one corner of a square to the opposite corner is a diagonal line. I hope this solved your problem
It measures 9.7" on the diagonal. Its other dimensions are 7.75×5.82"
Reading these answers makes me really concerned for the education in our country. Especially considering the “best answer” is absolutely wrong. A 4x8 sheet from corner to corner is a right triangle. If you are trying to find the hypotenuse aka corner to corner you use the Pythagorean theorem. A2 x B2 = C2 the “2” is squared not sure how to get the little 2 on my phone. So (48”x48”) + (96”x96”) = C2 2304 + 9216 = C2 11520 = C2 Just have to now find the sq root of 11520. Not going to go into the manual instructions for that but it comes out to 107.33….. or 107 11/32“ roughly. How anyone can comprehend that you can go corner to corner on a 4x8 (48x96) sheet of plywood and get a lesser number even without understanding the above calculations is beyond me.
To find the diagonal measurement of a square, you can use the Pythagorean theorem, which states that the square of the hypotenuse (the diagonal) is equal to the sum of the squares of the other two sides. In this case, both sides of the square are 36 feet long, so the diagonal can be calculated as √(36^2 + 36^2) = √(1296 + 1296) = √2592 ≈ 50.91 feet. Therefore, the diagonal measurement of a 36-foot by 36-foot square is approximately 50.91 feet.
If the vectors emanting from one corner of the rectangel are called a and b then. (a) + (b) = one diagonal (a) + (-b) = the other diagonal and |(a) + (b)| = |(a) + (-b)| (the absolute value of the diagonal's scalars are equal)
it depends on what you mean by a diagonal. If you take a diagonal to mean a line from one corner to the "opposite" corner, then a nonagon doesn't have any, and a decagon has five. The reason a nonagon doesn't have any, is that the corners aren't opposite each other.
That depends on where any other pieces are on the board. The minimum is 2, but the maximum may be 20 or higher.