Content deleted Content added
No edit summary |
m Minor spelling fix. |
||
Line 5:
Rather informally, to say that a function ''f'' has a limit ''y'' when ''x'' tends to a value ''x<sub>0</sub>'' (or to the infinity), is to say that the values taken by the expression ''f(x)'' get close to ''y'' when ''x'' gets close to ''x<sub>0</sub>'' (or gets infinitely big). Formal definitions, first devised around the end of the [[19th century]], are given below.
See [[net (topology)]] for a
==History==
|