Assuming 18x18 refers to 18inch*18inch and not some other measure,
each tile is 1.5'*1.5' = 2.25 sq ft
So number of tiles required = 150/2.25 = 66.66... ie 67 tiles.
That is the mathematical answer. However, this assumes that the 150 sq ft area is a "well behaved" shape and that there are few awkward curves and corners around which the tiles have to be fitted. In real life it is sensible to allow for 10% wastage.
67 tiles.
18 x 18 (assumed inches) is actually 3/2 feet x 3/2 feet, thus the area of one tile is 9/4 square feet. To cover 150 square feet you would need (150)/(9/4) tiles which is (150) x (4/9) = 200/3 = 66.666, make it 67 tiles
Oh, dude, let me break out my calculator for this super exciting math problem. So, if each tile is 39 x 39 square feet, you just divide 150 by the area of one tile, which is 1521 square feet. That gives you about 0.0986 tiles, but since you can't have a fraction of a tile, you'll need 1 whole tile to cover 150 square feet. Math can be so thrilling, right?
To determine how many 150 x 900 mm tiles fit in 29 square meters, first convert the tile dimensions to square meters: 150 mm x 900 mm = 0.15 m x 0.9 m = 0.135 square meters per tile. Next, divide the total area of 29 square meters by the area of one tile: 29 m² ÷ 0.135 m² ≈ 214.81. Therefore, approximately 214 tiles can fit in 29 square meters.
To determine how many $20 bills are needed to make $150, you divide 150 by 20. This calculation shows that 150 ÷ 20 = 7.5. Since you can't have half a bill, you would need 8 $20 bills to exceed $150, totaling $160.
67 tiles.
Well, darling, if each tile is 16x16 square feet, then you just need to divide the total area (150 square feet) by the area of one tile (16x16 square feet) to get your answer. So, 150 divided by 16x16 equals about 5.86 tiles. But since you can't have a fraction of a tile, you'll need to round up to 6 tiles to cover that 150 square feet.
150 plus extras for "oops"
150 16x16" tiles; you'll have a small part of one tile left over.
18 x 18 (assumed inches) is actually 3/2 feet x 3/2 feet, thus the area of one tile is 9/4 square feet. To cover 150 square feet you would need (150)/(9/4) tiles which is (150) x (4/9) = 200/3 = 66.666, make it 67 tiles
Oh, dude, let me break out my calculator for this super exciting math problem. So, if each tile is 39 x 39 square feet, you just divide 150 by the area of one tile, which is 1521 square feet. That gives you about 0.0986 tiles, but since you can't have a fraction of a tile, you'll need 1 whole tile to cover 150 square feet. Math can be so thrilling, right?
You need 5,511.66 "60 pounds" to equal 150 tonnes.
To determine how many 18 x 18 vinyl tiles are needed for a 336 square foot area, first calculate the area of one tile. Each tile covers 2.25 square feet (18 inches = 1.5 feet, so 1.5 ft x 1.5 ft = 2.25 sq ft). Next, divide the total area by the area of one tile: 336 sq ft ÷ 2.25 sq ft/tile = approximately 149.33 tiles. Therefore, you would need 150 tiles to cover the area.
Mathematically:where:ρ (rho) is the density, m is the mass, V is the volume.ρ = 150/75 = 2 g/mL
1000
no it can't If each angle is 150 so 150 times anything does not equal 360 * * * * * A correct answer but incorrect reasoning. First, there is no requirement in the question that the polygon is regular so the each angle need not be 150 degrees. As a counter-example to your reasoning, each interior angle of a regular pentagon is 108 degrees. 108 times anything does not equal 360. Yet there are 14 different non-regular pentagons which can be used to tile a surface.
150 without any waste - typically you should expect 10% waste so buying 165 tile would be a good idea.