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finite$28376$ - traduzione in greco
COVER OF A SET
Point finite; Point-finite; Point finite collection
finite
adj. πεπερασμένος, περιορισμένος, τετελεσμένος
exhaustible resources
![[[Rössing uranium mine]] is the longest-running and one of the largest [[open pit]] uranium mines in the world, in 2005 it produced eight percent of global uranium oxide needs (3,711 tons).<ref name="infomine">[http://www.infomine.com/minesite/minesite.asp?site=rossing Rössing] (from infomine.com, status Friday 30 September 2005)</ref> The most productive mines however are the underground [[McArthur River uranium mine]] in Canada which produces 13% of the world's uranium, and the similarly underground poly-metallic [[Olympic Dam mine]] in Australia, which despite being largely a copper mine, contains the largest known reserve of uranium ore.](https://commons.wikimedia.org/wiki/Special:FilePath/Arandis Mine quer.jpg?width=200 "[[Rössing uranium mine]] is the longest-running and one of the largest [[open pit]] uranium mines in the world, in 2005 it produced eight percent of global uranium oxide needs (3,711 tons).<ref name=\"infomine\">[http://www.infomine.com/minesite/minesite.asp?site=rossing Rössing] (from infomine.com, status Friday 30 September 2005)</ref> The most productive mines however are the underground [[McArthur River uranium mine]] in Canada which produces 13% of the world's uranium, and the similarly underground poly-metallic [[Olympic Dam mine]] in Australia, which despite being largely a copper mine, contains the largest known reserve of uranium ore.")
![The [[Three Gorges Dam]], the largest renewable energy generating station in the world.](https://commons.wikimedia.org/wiki/Special:FilePath/ThreeGorgesDam-China2009.jpg?width=200 "The [[Three Gorges Dam]], the largest renewable energy generating station in the world.")
![archive-date=5 February 2007}}</ref> This 2.9 million tons of [[actinide]] fuel, a resource derived from coal ash, would be classified as low grade uranium ore if it occurred naturally.](https://commons.wikimedia.org/wiki/Special:FilePath/Uranium and thorium release from coal combustion.gif?width=200 "archive-date=5 February 2007}}</ref> This 2.9 million tons of [[actinide]] fuel, a resource derived from coal ash, would be classified as low grade uranium ore if it occurred naturally.")
CLASS OF ECONOMIC RESOURCES (ENERGY AND OTHERS SUCH AS PHOSPHORUS OR GOLD)
Non-renewable energy; Nuclear-fossil; Nuclear-fossil fuels; Nuclearfossil; Nonrenewable resource; Nuclear-fossil energy; Non-renewable fuel; Resource energy; Limited energy source; Non-Renewable Resources; Non-renewable; Non-renewable resources; Finite resource; Nonrenewable power; Nonrenewable resources; Exhaustible resources; Exhaustible resource; Economic models of non-renewable resources; Nonrenewable Natural Resources
εξαντλήσιμοι πόροι
algebraic sum
ADDITION OF A SEQUENCE OF NUMBERS
Sigma notation; Sums; Summation Number; Sum Of; Summation identities; Summation sign; Capital-sigma notation; Sumation; Capital sigma notation; Sum identities; ⅀; Summation (mathematics); Sum (mathematics); ⎲; ⎳; Mathematical sum; Algebraic sum; Sum symbol; Summation operator; Big sigma notation; Draft:Summation Formula List; Finite sum; Finite summation; Sum character; Summation symbol
αλγεβρικό άθροισμα
Wikipedia
Point-finite collection
In mathematics, a collection or family of subsets of a topological space is said to be point-finite if every point of lies in only finitely many members of
A metacompact space is a topological space in which every open cover admits a point-finite open refinement. Every locally finite collection of subsets of a topological space is also point-finite. A topological space in which every open cover admits a locally finite open refinement is called a paracompact space. Every paracompact space is therefore metacompact.
