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Q: What is the cost of 1 square meter if total cost of 15013 square meter is 1150000?

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1,076.39 square feet.

To calculate the price per square meter, divide the total price by the total number of square meters. For example, if a piece of cardboard with an area of 10 square meters cost 5 dollars, the price per square meter would be (10 m2)/($5), which comes out to be 50 cents per square meter.

There are 1,000 square centimeters in a square meter. Simply multiply to get the total.

30 square meters

Nope. 1 metre square is a square one metre on each side, total area 1m². 1 square metre is any area (eg a triangle) whose total area is 1m²

A centimeter (cm) is a unit of length and a square meter is a unit of surface area. You cannot compare the two. If you are referring to square centimeters inside of the square, a square meter has ten thousand square centimeters (10,000). If you are referring to the total length of the perimeter the square meter has a perimeter of 400 centimeters.

100 square decimeters are in one square meter.1 square meter = 100 square decimeters10 decimeters = 1 meter 10 dm * 10 dm = 100 dm2 = 1 m2100 ( one hundred) square decimeters make 1(one) square meter.100. A square metre is 10 decimetres by 10 decimetres, making a total of 100 square decimetres.

A millimeter is a unit of length and a square meter is a unit of area, so they can't be converted from one to another. If you mean 1500 square mm, we can convert that to square meters in the following way: a square meter has 1000 mm on a side, so the total area is just that squared, or 1,000,000 (1 million) square millimeters per square meter. For the final step, divide 1500 by 1000000 to get .0015 square meters.

That is because the Sun will become much bigger. In total it will emit more radiation, but the amount of radiation per square meter will be less.That is because the Sun will become much bigger. In total it will emit more radiation, but the amount of radiation per square meter will be less.That is because the Sun will become much bigger. In total it will emit more radiation, but the amount of radiation per square meter will be less.That is because the Sun will become much bigger. In total it will emit more radiation, but the amount of radiation per square meter will be less.

cubic meter are found in

Three square meters is an area of, for example, three meters long by one meter wide (3m x 1m) total equals, three square meters. Three meters squared is an area of three meters long and three meters wide (3m x 3m) total area equals, nine square meters.

i guess 200

Meter is to measure a length. Square meter is to measure an area. If some terrain has a rectangular shape you can calculate it's area simply multiplying length by width, and you get total area in square meters. For instance, if a piece of land is 10m long and 4m wide, it's area is 40 sq m (40 multiplied by 4 equals 40).

1 square metre is the metric unit of measurement for an area. The area may be of any flat shape: a long thin strip, circle, triangle, the inside of a closed wriggly curve. But the total area covered by it must be equal to that of a square whose sides are 1 metre long.

The total square footage is 241.6 square feet. This is about 22.4 m2 (22.445). 1 meter = 3.28 feet and 1 square meter = 10.764 square feet Alternatively, the room is 4.60 x 4.88 meters = 22.4 m2

It depends on the size. If each sheet is 1/500 of a square meter large then the weight would be 130 grams. 130 gsm means 130 g/square meter. Thus, to find the weight, find the area of each sheet of paper in square meters, multiply it by the total number of pages (finding total square meterage) and then multiply it by 130.

As a substance is broken, the surface area greatly increases. For example a 2 meter cube has a total surface area of 24 square meters. If a 1 meter cube is cut out of one corner, the total surface area is now 30 square meters.

That would depend what information you are given. The cost of floor tiling is often already expressed per square meter. If you know the total cost of a certain floor, you can divide by the area to get the cost per square meter.

The same island whose surface area in scientific notation is 2.130308*108 square meters

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.

one meter cubed is a cube 1 meter wide by 1 meter long by 1 meter tall. Surface area of 1 side is 1 meter times 1 meter = 1 square meter! Cube has 6 sides, so 6 X 1 meter squared = 6 square meters To convert to some other measurement, say, inches, substitute. L X W X 6 (sides) = total area 39.37 * 39.37 = 1549.9969 * 6 = 9299.9814 sq.inches

One can convert square meters to square feet in a couple of steps. 1 square meter is 10.763 square feet. If one has 20 square meters, one must multiply 20 by 10.763 to get the total amount of square feet.

At a higher temperature, the star will shine more brightly for each square meter of surface. The total luminosity per square meter is approximately proportional to the fourth power of its absolute temperature. This refers to the energy output, considering all types of electromagnetic waves, not just visible light.

This is a nonsensical question as one is a unit of area and the other a unit of volume. One square meter is 100*100 square centimeters, so there are 10,000 square centimeters in one square meter. If you have a cube that is 1m x 1m x 1m, there would be six sides each having 10,000 square centimeters so the total surface area would be 60,000 square centimeters. A 1m x 1m surface has 10,000 square centimeters, so if you raise that 1m (100 centimeters) you get a volume of 1,000,000 cubic centimeters.

At a higher temperature, the star will shine more brightly for each square meter of surface. The total luminosity per square meter is approximately proportional to the fourth power of its absolute temperature. This refers to the energy output, considering all types of electromagnetic waves, not just visible light.