22' x 12' (264 square feet) = 29.33 square yards.
There are 3 feet in each yard. Therefore, in yards the dimensions given are 8 yards long, 6 yards wide, and 3 yards high. Two of the four walls have dimensions of 8 X 3 yards and the other two have dimensions of 6 X 3 yards. Therefore, the total wall area in square yards is (2 X 8 X 3) + (2 X 6 X 3) = 84 square yards.
Convert the yards to feet. 328 yards is 984 feet. Subtract the feet. 984-450=534. Reconvert to yards. 534/3=178 yards.
60.6 yards high.
With difficulty unless other dimensions are given.
1,200 inches 33.33 yards
There are 3 feet in each yard. Therefore, in yards the dimensions given are 8 yards long, 6 yards wide, and 3 yards high. Two of the four walls have dimensions of 8 X 3 yards and the other two have dimensions of 6 X 3 yards. Therefore, the total wall area in square yards is (2 X 8 X 3) + (2 X 6 X 3) = 84 square yards.
There are three feet in one yard so you must first convert the dimensions to yards. The diameter would be 12 2/3 yards and the height would be 28 yards. V= 14, 106.27 cubic yards
Convert the yards to feet. 328 yards is 984 feet. Subtract the feet. 984-450=534. Reconvert to yards. 534/3=178 yards.
A standard jersey barrier typically measures about 10 feet long, 2 feet wide, and 3 feet high. To calculate the volume in cubic yards, you would first convert the dimensions to yards: 10 feet is approximately 3.33 yards, 2 feet is about 0.67 yards, and 3 feet is 1 yard. The volume is then calculated as 3.33 x 0.67 x 1, which equals roughly 2.24 cubic yards of concrete per jersey barrier.
This question cannot be answered sensibly. A square foot is a measure of area, with dimensions [L2]. A cubic yard is a measure of volume, with dimensions [L3]. Basic dimensional analysis teaches that you cannot convert between measures with different dimensions such as these without additional information.
The size of a high school football field is the same as that of college and the pros. Since there are 100 yards in a field, we can concede that the length is 100 feet. Also, the end zones are each 10 yards deep, so the total length is 360 feet. The width of the field is 53 1/3 yards, or 160 feet. Conclusion: Length: 120 yards or 360 feet. Width: 53 1/3 yards or 160 feet.
60.6 yards high.
To determine how high the trailer must be filled with sand, first, convert the trailer's dimensions to cubic yards. The trailer's volume is 40 ft × 7 ft × 9 ft = 2,520 cubic feet. Since there are 27 cubic feet in a cubic yard, the trailer can hold approximately 93.33 cubic yards of sand. To find the height for 67 cubic yards, divide 67 by the trailer's footprint (40 ft × 7 ft = 280 sq ft), which gives about 0.239 ft, or approximately 2.87 inches. Rounding up, the trailer must be filled to about 3 inches high with sand.
With difficulty unless other dimensions are given.
1,200 inches 33.33 yards
6 feet by 4 feet is 24 square feet. There are 9 square feet in a square yard, so 24 square feet is 2 and 2/3 square yards (2.666 square yards).
The height is not relevant. The office has a floor space of 41.5 square yards.