800 x 144 = 115,200 / 95 = 1,212 tiles. You might want to buy a few extras...
1344. Each tile is a square foot.
24 m2 is the same as 240,000 cm2. As each tile is 400 cm2, the number of tiles required to fill the area is 240,000 divided by 400, which equals 600, so you will need 600 tiles.
A 900 sq foot area will have a 30 ft side (Sqrt(900)=30) So given that 16 inches = 1.333 feet # tiles on edge = 30/1.333 = 22.5 22.5^2 = 507 tiles
100
1485
1344. Each tile is a square foot.
24 m2 is the same as 240,000 cm2. As each tile is 400 cm2, the number of tiles required to fill the area is 240,000 divided by 400, which equals 600, so you will need 600 tiles.
600x300x7mm tiles fill a 20 feet container?
A 900 sq foot area will have a 30 ft side (Sqrt(900)=30) So given that 16 inches = 1.333 feet # tiles on edge = 30/1.333 = 22.5 22.5^2 = 507 tiles
If the 210 square ft area is a convenient shape, or if offcuts can be used to fill up odd parts then 53 tiles will suffice.
4
100
1485
a 2x2 tile fills 4 square feet. 260/4=65 tiles.
A 3x12 room is 36 square feet. This means that to fill the floor in the 3x12 room, it will take 36 tiles that are each 1 square foot (12x12) in size.
id say 10.000
300 mm = 0.300 meter and 600 mm = 0.600 meter. The area in meters of each tile is therefore 0.300 X 0.600 = 0.180 square meter. The number of tiles require to total 1 square meter therefore is 1/0.180 = about 5.5. Therefore, no integral number of tiles will exactly fill the specified space, and no more than five will fit. If the 1 square meter has a very long and narrow shape, narrower than 0.300 meter, no tiles at all will fit.