The dimensions are 5*sqrt(2) = approx 10.6 ft for the wall by 7.5*sqrt(2) = approx 10.6 ft.
To determine how many 4x8 inch bricks are needed to fill a wall that is 6 feet wide by 24 feet long, first convert the wall dimensions to inches: 6 feet = 72 inches and 24 feet = 288 inches. The area of the wall is 72 inches × 288 inches = 20,736 square inches. Each 4x8 inch brick has an area of 32 square inches. Dividing the wall area by the brick area gives 20,736 ÷ 32 = 648 bricks needed to fill the wall.
To determine how many 8 x 16-inch concrete blocks are needed for a 10-foot wall that is 8 feet high, first convert the dimensions of the wall to inches: 10 feet = 120 inches and 8 feet = 96 inches. The area of the wall is 120 inches x 96 inches = 11,520 square inches. Each block has an area of 8 inches x 16 inches = 128 square inches. Dividing the wall area by the block area gives 11,520 / 128 = 90 blocks needed for the wall.
To find square feet, you just find the area (but make sure first that the dimensions, or length and width, are both ft.). So if the dimensions are 5 ft. by 26 ft., you just multiply them to get 130 ft. And that is your answer, 130 ft.
Area of wall: 17 times 17 = 289 square feet
The total wall area of a room is the sum of the area of each wall. Assuming this room is rectangular, there are two walls with the dimensions 15.5ft x 12.75ft, and two walls with the dimensions 25ft x 12.75ft. The total wall area is 2(15.5ft x 12.75ft) + 2(25ft x 12.75ft) = 1032.75 square feet
You have to multiply the two dimensions to get the area. In this case the answer will be 44 square feet.
Multiply the two dimensions to get the area. In this case the calculations gives you 1860 square feet.
You normally measure the linear dimensions and then calculate the area (square footage).If you have a rectangular room, you measure its length and width in feet and then multiply the two numbers to get the area of the room in square feet. If the room is not rectangular (eg with a bay, an alcove or an L-shaped room) you will need to divide it up into simpler shapes, calculate the area of each shape and add the areas together.
There is not enough information to tell. If you have the length of a wall, and the area being measured is rectangular, then you can find the length of the other wall by dividing the other wall's length into 570,025.
154 Divided by8
Floor and ceiling = 11 x 11 = 121 ft2 eachEach wall = 11 x 7 = 77 ft2Total inside surface area = 2 (121) + 4 (77) = 242 + 308 = 550 ft2
The dimensions are 5*sqrt(2) = approx 10.6 ft for the wall by 7.5*sqrt(2) = approx 10.6 ft.
To determine how many 4x8 inch bricks are needed to fill a wall that is 6 feet wide by 24 feet long, first convert the wall dimensions to inches: 6 feet = 72 inches and 24 feet = 288 inches. The area of the wall is 72 inches × 288 inches = 20,736 square inches. Each 4x8 inch brick has an area of 32 square inches. Dividing the wall area by the brick area gives 20,736 ÷ 32 = 648 bricks needed to fill the wall.
6
To determine how many 8 x 16-inch concrete blocks are needed for a 10-foot wall that is 8 feet high, first convert the dimensions of the wall to inches: 10 feet = 120 inches and 8 feet = 96 inches. The area of the wall is 120 inches x 96 inches = 11,520 square inches. Each block has an area of 8 inches x 16 inches = 128 square inches. Dividing the wall area by the block area gives 11,520 / 128 = 90 blocks needed for the wall.
This can not be answered with the information given. To find the area you must know two dimensions and you only gave one dimension and that was the length of 66feet. Also you asked for area of a garage but a garage is an open space.. you should be looking for volume so in actuallity you need give three dimensions. You should give the length of each wall the height of each wall and how deep your garage goes back.