If the edge of the first closk is to be at one end of the wall and the edge of the last clock is to be at the other, then you need 12 gaps between the clocks. The wall is 156 inches long... Side-by-side the clocks cover 130 inches... These 12 gaps will need to cover a distance of 26 inches, so the answer is 26.12 inches or 2 1/6 inches.
169 square inches. Folding the square in half leaves 2 edges of the original side length and two of half the side length. Therefore: perimeter = side + 1/2 side + side + 1/2 side = 3 sides ⇒ 3 sides = 39 inches ⇒ 1 side = 39 inches ÷ 3 = 13 inches ⇒ area_original_square = 13 inches x 13 inches = 169 square inches.
12-13 inches to the center of the drain.... make sure your drain pipe is 1/4 inch drop per foot. also use the sweeping y drain if possible. leave lots of room for the flange. mount the toilet after the floor is in.
The diagonal is 13 inches. On a screen with 16:10 ratio the long side is about 11 inches and the short side is about 7 inches. Hope this answers your question.
13 feet 6 inches =162 inches 162 inches/18 inches=9 9 cabinets
Another side is 5 inches, and two other sides are 13 inches.
The perimeter is 11 + 5 + 13 = 29 inches.
78 square inches per side.
13 inches
Diagonal of a square of side s is given by: d = 21/2s We have, d = 13 inches So, using the above formula we get, s = d/21/2 = 13/21/2 inches = 9.193 inches
13, 12,5
Cubes sides are all equal, so length times width times height is the formula to use. 13 x 13 x 13 = 2197 inches cubed