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54C05 - General topology :: Maps and general types of spaces defined by maps :: Continuous maps
classification of topological properties according to behaviour under mapping
owned by
rspuzio
composition of continuous mappings is continuous
owned by
mathcam
continuity is preserved when codomain is extended
owned by
matte
continuity of composition of functions
owned by
bbukh
continuous
owned by
djao
discontinuous
owned by
mathwizard
equivalent formulations for continuity
owned by
matte
example of continuous bijections which are not homeomorphisms
owned by
joking
example of jump discontinuity
owned by
pahio
function continuous at only one point
owned by
Andrea Ambrosio
gluing together continuous functions
owned by
yark
homeomorphism
owned by
rspuzio
If
is continuous then
is continuous
owned by
matte
injective map between real numbers is a homeomorphism
owned by
joking
inverse function theorem (topological spaces)
owned by
mathcam
local homeomorphism
owned by
joking
local homeomorphisms between real numbers
owned by
joking
proof of inverse function theorem (topological spaces)
owned by
paolini
proof that uniformly continuous is proximity continuous
owned by
CWoo
proximity continuous
owned by
porton
restriction of a continuous mapping is continuous
owned by
matte
sequentially continous implies continuous in a first-countable space
owned by
ehremo
sequentially continuous
owned by
ehremo
stereographic projection
owned by
GrafZahl
uniformly continuous is proximity continuous
owned by
porton
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