Kilonewton (kN) can be converted into kilograms (kg) by first multiplying the value of kN by 1000 and then dividing it by earth's gravity, which is denoted by "g" and is equal to 9.80665 meter per second.
Continue ReadingA kilonewton is equal to 1000 newtons. Newton, denoted by "N", is the unit of force used by the International System of Units (SI units) and is named after Sir Isaac Newton to honor his contributions in the field of classical mechanics. Kilogram is the base unit of mass used by the SI units. Since kN is a measure of force and kg is a measure of mass, they are not equivalent and can't be used interchangeably. So converting kN to kg should only be done for the sake of convenience, and either one of them can't be used as the equivalent of the other when they're part of an equation. Instead, kN can be converted into kilogram-force (kgf), which is a unit of force that is less frequently used. By definition, 1 kilogram-force is equal to the force exerted by a mass of 1 kg placed in earth's gravity. This means that 1 kilogram-force is equal to 9.80665 kilogram-meter per second per second, or 9.80665 N.
Learn more about Currency & ConversionsThere are several methods with which you can convert 300 pounds to kilograms. The simplest method of converting 300 pounds to kilograms is to divide 300 by 2.2. This will give you an approximate answer. The work can be carried on a piece of paper or inside your head. You may also use the Internet to get an immediate answer.
Full Answer >To convert 46 kilograms to pounds, divide the number of kilograms by 0.45359237, according to Conversion of Measurement Units. Since a kilogram is equal to roughly 2.2 pounds, 46 kilograms equals approximately 101.3 pounds. For this purpose, you can round 0.4539237 to 0.4539.
Full Answer >A mass of 48 kilograms converts to approximately 105.8 pounds, or 105 pounds and 13.15 ounces. One kilogram is the equivalent of roughly 2.2 pounds. Dividing the number of kilograms, 48, by 2.2 pounds per kilogram yields the answer.
Full Answer >The Earth has a mass of 5.97 times 10^24 kilograms. Because weight is defined as the gravitational force exerted on one body by another, the Earth cannot be heavy.
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