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There are 18.6628 in a cubic meter of 18mm plywood so divide 1000 by 18.6628 and there's your answer.
To convert GI strip weight in kilograms to length in meters, you would need to know the dimensions (width, thickness) of the strip. The density of the material (Galvanized Iron in this case) will also be necessary. Then you can use the formula: length (m) = weight (kg) / (density (kg/m³) * width (m) * thickness (m)). This will give you the length of the strip in meters.
To convert square meters to cubic meters, you multiply by the thickness. First, convert the thickness from inches to meters (6 inches = 0.1524 meters). Then, multiply 37 square meters by 0.1524 meters to get the volume in cubic meters. Therefore, 37 square meters with a thickness of 6 inches is equivalent to approximately 5.64 cubic meters.
A dime does not have weight in meters, as weight is typically measured in grams or ounces. However, if you are asking about the thickness of a dime, it is approximately 1.35 millimeters.
To find the length of the roadway, divide the volume by the area: 750 cubic meters / 15 square meters = 50 meters. The length of the roadway is 50 meters.
Basalt is a rock formed from rapid cooling of lava or magma. The thickness of basalt depends on how much lava is present during cooling. Basalt can be anywhere from a few centimeters thick to many tens of meters thick.
Meters. It's the same unit you would use for length, or distance.
It is simple ! = length in meters *width in meters *thickness in mm*density of the material (i.e 8.1 in this case )
To convert GI strip weight in kilograms to length in meters, you would need to know the dimensions (width, thickness) of the strip. The density of the material (Galvanized Iron in this case) will also be necessary. Then you can use the formula: length (m) = weight (kg) / (density (kg/m³) * width (m) * thickness (m)). This will give you the length of the strip in meters.
To convert square meters to cubic meters, you multiply by the thickness. First, convert the thickness from inches to meters (6 inches = 0.1524 meters). Then, multiply 37 square meters by 0.1524 meters to get the volume in cubic meters. Therefore, 37 square meters with a thickness of 6 inches is equivalent to approximately 5.64 cubic meters.
Well, darling, a 4 x 8 plywood sheet has a total area of 32 square feet. To convert that to square meters, you simply divide by 10.764, giving you approximately 2.97 square meters. So, in short, there are about 2.97 square meters in a 4 x 8 plywood sheet.
Wind turbines blades are about 15 meters long (average wind turbine) The thickness of the blade depends on the length of the blade. The width is about 10% of the length, in this case, would be about 1.5 meters thick.
To calculate the number of 18mm x 2440mm x 1220mm plywood sheets that will fit in a cubic meter, we first need to convert the dimensions to meters. The thickness of 18mm remains the same, while 2440mm is equivalent to 2.44 meters and 1220mm is equivalent to 1.22 meters. Multiplying these dimensions together gives us the volume of one plywood sheet in cubic meters: 0.018m x 2.44m x 1.22m = 0.053 cubic meters. Dividing 1 cubic meter by 0.053 cubic meters per sheet gives us approximately 18.87 sheets. Therefore, you could fit approximately 18 sheets of 18mm x 2440mm x 1220mm plywood in a cubic meter.
Well. . . Thickness would be expressed as unit of length. If you are using the metric system, then M probably means 'meters' and in your example, T probably means 'thick'
It's asking for how thick it is not the length of it. So the obvious answer is not centimeters or meters. It would be millimeter.
The weight of a channel can be calculated using the formula: weight = cross-sectional area x length x density, where cross-sectional area is the area of the channel in square meters, length is the length of the channel in meters, and density is the density of the material of the channel in kilograms per cubic meter.
37 meters
To calculate the weight of a galvanized steel pipe, you need to know the length, diameter, and thickness of the pipe. Use the formula: weight = (outer diameter - thickness) x thickness x 0.02466 x length. This formula assumes the density of steel as 7850 kg/m^3 and the length in meters.