Examples of using Infty in English and their translations into French
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Colloquial
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Official
In the limit τ→∞{\displaystyle\scriptstyle{\tau\rightarrow\infty}} we have infinitely slow, or adiabatic passage.
The domain of definition can be written\ D-\infty; 1/2\.
The case of a countably infinite set of components is covered formally by allowing n∞{\displaystyle n=\ infty\!
E max∞{\displaystyle E_{\max}=\infty.
meaning the A∞{\displaystyle A_{\infty}} category of whose objects are Lagrangian submanifolds of a given symplectic manifold, is named after him, and is intimately related to Floer homology.
Zuse also proposed, but did not complete, carefully rounded floating-point arithmetic that includes±∞{\displaystyle\pm\infty} and NaN representations, anticipating features of the IEEE Standard by four decades.
Typically we have a projective space, in which\infty is just an element,
It is also often taught that general relativity is obtained from the Brans-Dicke theory in the limit ω→∞{\displaystyle\omega\rightarrow\infty.
The infinity∞{\displaystyle\infty} is a point added to the local space C{\displaystyle\mathbb{C}} in order to render
which contain translations in one direction are of frieze group type∞∞{\displaystyle\infty\infty} and 22∞{\displaystyle\infty.
and-∞{\displaystyle-\infty.
field slew rates( 0< d B d t<∞){\displaystyle\scriptstyle{\left(0<{\frac{dB}{dt}}<\infty\right)}} there will be a finite probability of finding the system in either of the two eigenstates.
real vector space such that the inverse image of any set of the form(-∞, a){\displaystyle(-\infty,a)} is a convex set.
which the arrays should be multiplied,( X P) m n∑ k 0∞ X m k P k n{\displaystyle(XP)_{mn}=\sum_{k=0}^{\infty}X_{mk}P_{kn.
such as 0×∞{\displaystyle 0\times\infty.
But be careful, it does not mean that+\infty is some kind of super infinity greater than them all in the sense of set theory,
namely that the series∑ n 1∞ μ( n) n{\displaystyle\sum_{n=1}^{\infty}{\frac{\mu(n)}{n}}} converges to 0, and the results for r(n) and r′(n)
e j( t){\displaystyle K(s, t)=\sum_{j=1}^{\infty}\lambda_{j}\, e_{j}(s)\, e_{j}(t)} where the convergence
By taking a∞{\displaystyle\scriptstyle a\,=\,\infty} we normally recover the usual summation for convergent series.
p<∞){\displaystyle(1<p<\infty)} are uniformly convex.