Area of tile = 0.5m * 0.5m = 0.25 m2
Area to be tiles = 2m * 1 m = 2 m2
So number of tiles euired = Area to be tiled/ Area of each tile = 2/0.25 = 8
100 mmm = 0.100 meter 28 x .1 = 2.8 cubic meters
As a linear meter is a length with zero width, even with an infinite number of them they will not cover an area of 30 square meters.
36
the size of you!>!CK
That depends on how thin you spread it. If it's a meter thick, it only covers one square meter. If it's a centimeter thick, it covers a hundred square meters.
100 mmm = 0.100 meter 28 x .1 = 2.8 cubic meters
that is the same as 9x8 so it is 72
As a linear meter is a length with zero width, even with an infinite number of them they will not cover an area of 30 square meters.
36
the size of you!>!CK
That depends on how thin you spread it. If it's a meter thick, it only covers one square meter. If it's a centimeter thick, it covers a hundred square meters.
4
To determine how many laps are needed to swim 1900 meters in a 25-meter pool, divide 1900 by 25. This calculation shows that 1900 ÷ 25 = 76 laps. Therefore, you would need to swim 76 laps in a 25-meter pool to cover 1900 meters.
(200 mm) / (1,000 mm per meter) = 0.2 meterVolume = (50 meters2) x (0.2 meter) = 10meters3
30.2 meters x 3 meters = 6 square meters area to be covered.If each tile is 0.2 sq, then 6/0.2 = 30 tiles are needed.
One cubic meter cannot be "converted" to a square measure unless we know how "deep" it is being spread. For example, if it is one meter deep, then it would cover one square meter; but if it is two meters deep, then it would cover half that area. If it were, say, 1 cm deep, then it could cover a million square centimeters (100 x 100 x 100).
12 x 4 = 48 square metres.