If the question means "Can the three pieces of wood be placed together to form a triangle", which I suspect it does, the answer is No.
In a triangle, any two sides must be longer than the other. 4 + 7 is not longer than 13, so they could not meet is one was joined to a different end of the 13 inch board.
1 foot = 12 inches so 12 feet = 12*12 = 144 inches from which 14 10" pieces can be cut.
you can't straight convert a linear measure to an area measure... missing info. If the board is 12" wide, then the ratio is one to one. if the board is 6" wide, the linear footage needed would be double. It's a simple ratio. width of board in inches/12 * length in feet = square feet. length in feet = square feet * 12 / width
That would depend on the length of bricks that are used. Since the average brick is about seven inches long, I'll use that length to calculate how many bricks you will need. First, multiply the length of your garden by 12 to get the length in inches: 37 x 12 = 444 inches. Then divide the 444 by 7 (the length of the bricks) which will give you 63.43. So the number of bricks you will need (if they are 7 in long) will be 64. If the bricks are a different length, just use the same formula to calculate how many you will need, or post a message to me on my message board, and I will calculate it for you.
28=A+B+c b=2A c=4A subst. a=4 b=8 c=16
8.25 square feet.
x the length of the shorter piece 3·x the length of the longer piece x + 3·x the length of the whole board = 4·x = 76" x = 76" / 4 = 19.
8 feet 6 inches = 102 inches. If the three pieces cut are equal in length then each would be (102/3) = 34 inches long (not accounting for material wasted in the cutting process).
You can divide the number of inches by 12, (the number of inches in a foot) to come up with a board length measurement.
4
A concert ukulele has a fret board that has a scale length of 15 inches and an overall length of about 23 inches.
It depends on how many inches. Area in square inches = width (in inches) x length (in inches)
The area of a square game board is 144 sq. in. What is the length of one of the sides of the board? Answer: 12 inches
By unit of length and distance and conversion ,we can say that 1 feet =12 inches
Assuming the two end pieces will also be 10 inches and the cuts do not take up any space, the board must be 130 inches long. But it could be only 122 inches if the first and last cuts are only 1 inch from the ends, but still 10 inches from the adjacent cuts. Or it could be any longer length if either or both of the ends is more than 10 inches.
It is 11 inches by 14 inches. It is wider than a regular piece of paper but the same length.
1 foot = 12 inches so 12 feet = 12*12 = 144 inches from which 14 10" pieces can be cut.
14 pieces. 4 inches left over.