As a square the area of 1100 square meters is 33.166 meters in length and 33.166 meters in width.
area is length x width
Groin vault ceiling: length x width.
Any combination of length and width which, when multiplied one by the other, equals 5000.
If a room is 142 square feet the measurements might be 11.5 feet by just under 12.5 feet. The square feet of a room is determined by the product of multiplying the length times the width.
All squares are rectangles, but not all rectangles are squares. Basically, a square is a rectangle where all sides are the same length. However, providing that the width is half of the length, or vice versa, and you join the two rectangles along the one of the sides that is longer, two rectangles can make a square. Example: 1x2 rectangle joined with another 1x2 rectangle will make a 2x2 square.
The question seems to make no sense. 1x2 does not "get the product of two Square roots ... included".
If it is a 3X3 square, then it is 3X4=12. If it is a 9X1 rectangle, then it is (9X2) + (1X2) = 20
1x2
The length and width of a square are equal. Thus, find the square root of the area and the answer = length= width.
Since all sides of a square are equal and area is length times width, the width of the square is 5 cm.
You don't measure the length and width in square feet. Square feet is an area. You measure the length and width in feet, then multiply them to get the area in square feet.
The square of the diagonal minus the square of the height would equal the square of the width. Therefore the square root of the solution to the above problem would be the width
Square root the area. The length and width of a square are always the same and length times width is the area so this is how you get the area.
For a rectangle or square, Area = Length * Width So Length = Area / Width.
The length of the square is equal to its width, because in a square all sides are equal.
The area of a square or rectangle can be found by multiplying the length times the width. In a square both the length and width are the same measure.