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O que (quem) é expansion of fraction - definição
Continued fraction of gauss; Continued fraction of Gauss; Gauss continued fraction
Partial fraction decomposition
DECOMPOSITION OR PARTIAL FRACTION EXPANSION OF A MATHEMATICAL FUNCTION
Partial fractions in integration; Partial fraction decomposition over the reals; Partial fraction decomposition over R; Partial fractions; Partial Fraction Decomposition; Partial fraction expansion; Partial Fractions; Partial Fraction; Integration by partial fractions; Partial fractions decomposition; Method of partial fractions; Partial fraction
In algebra, the partial fraction decomposition or partial fraction expansion of a rational fraction (that is, a fraction such that the numerator and the denominator are both polynomials) is an operation that consists of expressing the fraction as a sum of a polynomial (possibly zero) and one or several fractions with a simpler denominator.
Expansion of the universe
![metric]] seen on the left. This visualization can be confusing because it appears as if the universe is expanding into a pre-existing empty space over time. Instead, the expansion created, and continues to create, all of known space and time.](https://commons.wikimedia.org/wiki/Special:FilePath/CMB Timeline300 no WMAP.jpg?width=200 "metric]] seen on the left. This visualization can be confusing because it appears as if the universe is expanding into a pre-existing empty space over time. Instead, the expansion created, and continues to create, all of known space and time.")
![critical density]] (<math>\Omega_m</math>).](https://commons.wikimedia.org/wiki/Special:FilePath/Evolution of the universe.svg?width=200 "critical density]] (<math>\Omega_m</math>).")
![When an object is receding, its light gets stretched ([[redshift]]ed). When the object is approaching, its light gets compressed ([[blueshift]]ed).](https://commons.wikimedia.org/wiki/Special:FilePath/Redshift blueshift.svg?width=200 "When an object is receding, its light gets stretched ([[redshift]]ed). When the object is approaching, its light gets compressed ([[blueshift]]ed).")
.png?width=200 "The diagram depicts the expansion of the universe and the relative observer phenomenon. The blue galaxies have expanded further apart than the white galaxies. When choosing an arbitrary reference point such as the gold galaxy or the red galaxy, the increased distance to other galaxies the further away they are appear the same. This phenomenon of expansion indicates two factors: there is no centralized point in the universe, and that the Milky Way Galaxy is not the center of the universe. The appearance of centrality is due to an observer bias that is equivalent no matter what location an observer sits.")
INCREASE IN DISTANCE BETWEEN PARTS OF THE UNIVERSE OVER TIME
Expansion of space; Expanding universe; Expanding Universe; Universe expansion; Expansion of the Universe; Cosmic expansion; Metric expansion; Space expansion; Expansion of space in the Big Bang theory; Metric expansion of the universe; Universe's expansion; The Big Bang and The Great Expansion; Metric impansion of space; Quantum radiation; Cosmological expansion; Expansion of universe; Metric expansion of space
The expansion of the universe is the increase in distance between any two given gravitationally unbound parts of the observable universe with time. It is an intrinsic expansion whereby the scale of space itself changes.
Mole fraction
PROPORTION OF A CONSTITUENT TO THE TOTAL AMOUNT OF ALL CONSTITUENTS IN A MIXTURE, EXPRESSED IN MOL/MOL
Mole fration; Amount fraction; Mole fractions; Mole Fraction; Mole Percentage; Number fraction; Mole percent; Mol%; Percent by mass; Molar fraction; Molar ratio
In chemistry, the mole fraction or molar fraction (xi or ) is defined as unit of the amount of a constituent (expressed in moles), ni, divided by the total amount of all constituents in a mixture (also expressed in moles), ntot. This expression is given below:
Wikipédia
Gauss's continued fraction
In complex analysis, Gauss's continued fraction is a particular class of continued fractions derived from hypergeometric functions. It was one of the first analytic continued fractions known to mathematics, and it can be used to represent several important elementary functions, as well as some of the more complicated transcendental functions.
