To convert kN/m2 to kg/m2, multiply by approximately 102 seconds squared per meter, which is 1000/9.8 seconds squared per meter. The conversion of units of force, such as kilonewtons, to units of mass, such as kilograms, assumes that the mass is subject to an acceleration, most often the acceleration of gravity, which is typically around 9.8 meters per second near the earth's surface. However, the precise figure can vary slightly with location.
Know MoreGiven a starting unit in kN, or kilonewtons, multiply by 1000 to get the corresponding number of newtons. One newton is a kilogram meter per second squared, and a kilonewton is 1000 kilogram meters per second squared.
According to Newton's second law, F=ma, which is to say that force is the product of mass and acceleration. This can be algebraically rearranged to m = F/a, or mass equals force divided by acceleration. The precise acceleration due to gravity varies with latitude, altitude and local geology.
When a newton, or kilogram meter per second squared, is multiplied by a second squared per meter, the reciprocal of acceleration, the seconds and meters cancel out, and only the kilogram term is left. Since the per square meter quotient of the original is unchanged, the answer is expressed in the desired units.
Converting pounds to kilograms is simple. First, divide the pounds by 2.2046, then round the final answer to the nearest hundredth decimal place and label the final answer with kilograms.
Full Answer >Converting 127 pounds to kilograms can be achieved by applying the known conversion factor between the two units and implementing a basic unit conversion equation to solve the problem. The conversion factor between pounds and kilograms is 2.2046 pounds per kilogram.
Full Answer >Convert 33 pounds to kilograms with an easy calculation. You can use either a pen and paper or a calculator to complete the conversion in less than 1 minute.
Full Answer >To convert a measurement of length in micrometers to meters, divide the number of micrometers by one million to get the distance in meters.
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