Editing Ratio test (section)

== References ==
*{{citation | last1=d'Alembert| first1=J.|author-link=Jean le Rond d'Alembert| year=1768 | title=Opuscules |volume=V|pages=171–183| url=http://gallica.bnf.fr/ark:/12148/bpt6k62424s.image.f192}}.
*{{Citation | last1=Apostol | first1=Tom M. | author1-link=Tom M. Apostol | title=Mathematical analysis | publisher=[[Addison-Wesley]] | edition=2nd | isbn=978-0-201-00288-1 | year=1974}}: §8.14.
* {{citation<!--Deny Citation Bot-->|last=Knopp|first=Konrad|title=Infinite Sequences and Series|location=New York |publisher=Dover Publications|year=1956|isbn=978-0-486-60153-3|bibcode=1956iss..book.....K}}: §3.3, 5.4.
* {{citation|last=Rudin|first=Walter|author-link=Walter Rudin|title=Principles of Mathematical Analysis|edition=3rd|publisher=McGraw-Hill, Inc.|location=New York|year=1976|isbn=978-0-07-054235-8}}: §3.34.
* {{springer|title=Bertrand criterion|id=p/b015780}}
* {{springer|title=Gauss criterion|id=p/g043420}}
* {{springer|title=Kummer criterion|id=p/k055950}}
* {{citation|last2=Whittaker|first2=E. T.|last1=Watson|first1=G. N.|title=A Course in Modern Analysis|edition=4th|publisher=Cambridge University Press|year=1963|isbn=978-0-521-58807-2}}: §2.36, 2.37.

{{Calculus topics}}

[[Category:Convergence tests]]
[[Category:Articles containing proofs]]

[[it:Criteri di convergenza#Criterio del rapporto (o di d'Alembert)]]