20 cm x 20 cm = 0.2 m x 0.2 m = 0.04 m2You will therefore require 2/0.04 = 50 tiles.
This assumes that the 2 sq metres are in a convenient form or, if not, that all the offcuts are used. The latter is not likely if the area to be covered is circular in shape.
20 cm x 20 cm = 0.2 m x 0.2 m = 0.04 m2You will therefore require 2/0.04 = 50 tiles.
This assumes that the 2 sq metres are in a convenient form or, if not, that all the offcuts are used. The latter is not likely if the area to be covered is circular in shape.
20 cm x 20 cm = 0.2 m x 0.2 m = 0.04 m2You will therefore require 2/0.04 = 50 tiles.
This assumes that the 2 sq metres are in a convenient form or, if not, that all the offcuts are used. The latter is not likely if the area to be covered is circular in shape.
20 cm x 20 cm = 0.2 m x 0.2 m = 0.04 m2You will therefore require 2/0.04 = 50 tiles.
This assumes that the 2 sq metres are in a convenient form or, if not, that all the offcuts are used. The latter is not likely if the area to be covered is circular in shape.
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.
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.
1485
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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.
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.
It takes 108 tiles to fill a 3-foot by 4-foot rectangle how many tiles would it take to fill a 4-foot by 5-foot rectangle?
The answer will depend on the size of the tiles!
When you earn more medals, you can fill up your prestige meter
1000000 square millimeters fill 1 square meter.
You fill the meter on Build-a-Bearville, by taking care of your pet, and filling it's needs.
4
Your opponent has to have won 2 gate cards. Then your special shot meter will fill completely. Another way is to have as many turns as possible, so your meter will slowly fill up.
203 tiles add at least 5% for breakage, cut-offs
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