Summary
Lifting force is a characteristic defined by the amount of mass an individual is able to lift. The lifting force may or may not have an influence on the attack power. The lifting force is used to (obviously) lift heavy objects, overcome others in physical strength (in push-pushstyle competitions, such as wrestling, arm wrestling...), smash, tear, trap and play.
Levels
- Below of human: 0 to 300 N
- Regular Human: From 300 to 1,200 N (a child's mass the mass of an adult)
- Human Athletic: 1,200 to 2,270 N (the mass of an adult lion)
- Peak Human: 2,270 to 4,540 N (the mass an Olympic weight lifter can lift)
- Super-Human: 4,540 N to 10,000 N
- kN: 10,000 N to 10,000,000 N (from one ton to a thousand tons; from the mass of a car, blue whales to the mass of large cargo aircraft)
- MN: 10,000,000 to 1010 N (thousands of tons; the mass of a pyramid)
- GN: 1010 to 1013 N (million tons; the mass of the human population[1])
- TN:1013 to 1016 N (billions of tons; the mass of a mountain)
- PN: 1016 to 1019 N (trillions of tons; the mass of the earth's atmosphere)
- EN: 1019 to 1022 N (quatrillions of tons; a large tectonic plate or a small moon)
- ZN:1022 to 1025 N (ton quintilelions; the mass of a small planet)
- YN: 1025 to 1028 N (ton sextillions; the mass of a wide planet)
- Pre-Stellar: 1028 at 1,9891×1031 N (ton septilhons to a solar mass)
- Solar Masses: 1,9891×1031 at 1.9891×1034 N (one to thousands of solar masses[2]; the mass of the sun to the mass of an intermediate mass black hole)
- IMBH: 1,9891×1034 1.9891×1037 N (billions to millions of solar masses; the mass of an intermediate-mass black hole)
- SMBH: 1,9891×1037 at 1.9891×1040 N (millions to billions of solar masses; the mass of a supermassive black hole)
- UMBH: 1,9891×1040 a ? (larger than billions of solar masses; the mass of an ultramassive black hole)
- Galactic: Self-explainable.
- Multi-Galactic: Self-explainable.
- Universal: The mass of the observable universe to a greater finite amount of mass.
Others
- Infinite: Any force that has endless.
- N.A.: Characters for which the concept of mass does not apply.
Terms
Kg: Kilogram (symbol: kg) is a standard mass unit of the international system, equivalent to a thousand grams.
Newton: Standard force measurement unit of the international unit system (formula: N = kg × m/s²).
Joule: Joule (symbol: J) is a unit of energy measurement and work of the international unit system[3] (fórmula: J = kg × m/s² × m).
Prefixes of the International System of Units[4]: The prefixes (k, M, G, T, P, E, Z, Y) are used in the international system as a unit of multiplication and measurement.
See also
References
- ↑ See (Writing). Human population weighs 287 million tons. May 6, 2016, 4:33 pm - Published on 18 Jun 2012, 12:59 pm. Consulted on October 30, 2016. Available in: https://www.newscientist.com/article/dn21945-humanity-weighs-in-at-287-million-tonnes/#:~:targetText=By%20factoring%20in%20population%20data,grow%20over%20the%20coming%20decades./
- ↑ National Aeronautics and Space Administration (NASA) - Imagine the Universe! Disctionary: Solar mass. Edited on November 5, 2013. Consulted on November 11, 2016. Available from: http://imagine.gsfc.nasa.gov/resources/dict_qz.html#solar_mass
- ↑ Wikipedia. INTERNATIONAL SYSTEM OF UNITS (SI). Quantities and Base Units. Available in:https://en.wikipedia.org/wiki/International_System_of_Units
- ↑ Wikipédia: The free encyclopedia. Prefixes of the International System of Units. Available in: https://en.wikipedia.org/wiki/International_System_of_Units