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...ous yet achievable “1 1 1” goal to reduce the cost of hydrogen to $1 per 1 kilogram in one decade.</ref>

...the weights and measures. The committee chose the ''grave'' (1/1000 of a [[kilogram]]) as unit of mass. Further the [[metre]] was fixed to the length of a prot

A kilogram of uranium has 22.4 million kWh of stored heat energy.<ref>[https://en.wiki ...ting]</ref> To make a kilogram of 5% enriched uranium requires 8.85 SWU. A kilogram at 20% requires 45 SWU.<ref name=SWUcost /> About 90% of world enrichment

...to a frame) are the number 3.14, 2exp[-i 300], the mass of the Earth in [[kilogram]], and the [[elementary charge]] in [[Coulomb (unit)|Coulomb]].

The helicopters dropped 250-kilogram and 400-kilogram bombs from altitudes between 3,000 and 4,000 feet. The pilots used Global P

* [[Dexamethasone]] 0.4 mg per kilogram of body weight every 12 hours for 4 days (about half received this before s

* Weight: 1.9&nbsp;[[Kilogram|kg]] (4.2&nbsp;[[Pound (mass)|lb]])

...ossible to reduce the typical amine loss in scrubbing systems of about 2 [[kilogram|kg]]/[[tonne]] (4 [[U.S. customary units|lb]]/[[U.S. customary units|ton]])

...ossible to reduce the typical amine loss in scrubbing systems of about 2 [[kilogram|kg]]/[[tonne]] (4 [[U.S. customary units|lb]]/[[U.S. customary units|ton]])

...mmf)||colspan="2"|Gross<br>Heating Value^(c)<br>(M[[Joule|J]]/[[Kilogram|kg]] moist mmf) • Multiply [[Net Heating Value]]s in M[[Joule|J]]/[[Kilogram|kg]] by 430.11 to convert to [[U.S. customary units|Btu]]/[[U.S. customary

...atoms in their ground state at rest. With the redefinition in 2019 of the kilogram in terms of fundamental constants, Avogadro's number was set at the above v ...the current [[SI]] unit of mass&mdash;the international prototype of the [[kilogram]]&mdash;by a definition based on a natural constant, such as the lattice sp

...''' (s⁻¹·T⁻¹) or, equivalently, '''[[coulomb]] per [[kilogram]]''' (C·kg⁻¹). When the object is placed in a [[magnetic flux

{{cite web |title=Fundamental physical constants: atomic mass unit-kilogram relationship 1 ''u''|url=http://physics.nist.gov/cgi-bin/cuu/Value?ukg |pub

|align=left|= mass flow rate, [[Kilogram|kg]]/[[second|s]]

...[[SI]] units and to express all relevant quantities in meter, second, and kilogram. The answer then appears automatically in watt (W).

...erred to as the '''''molar heat of vaporization''''', although J/g or kJ/[[Kilogram|kg]] are also often used. Older units such as k[[Calorie|cal]]/mol, cal/g,

...1 yard = 0.9144 meter and 1 avoirdupois pound = 0.453&thinsp;592&thinsp;37 kilogram were adopted.<ref>[http://physics.nist.gov./Pubs/SP447/sec08.pdf Section 8]

...s conventional bombing capability by modifying it to carry 12 standard 340 kilogram (750 pound) bombs on multiple ejector racks fitted to each Hound Dog pylon, ...0 pound) bombs in the bombbay. The upgraded B-52Ds could also carry 24 340 kilogram bombs on the pylons, for a total maximum warload of an 27,200 kilograms (60

...the surface. The fully fueled orbiter-lander pair had a [[mass]] of 3527 [[kilogram|kg]]. After separation and landing, the lander had a mass of about 600 kg a

...; this is an intensive property. Also the ''specific energy'' (energy per kilogram) is an intensive property. The (extensive) internal energy has the [[SI]] d