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54D05 - General topology :: Fairly general properties :: Connected and locally connected spaces
is path connected if
is countable
owned by
silverfish
a connected and locally path connected space is path connected
owned by
Mathprof
a connected normal space with more than one point is uncountable
owned by
azdbacks4234
balls in ultrametric spaces are clopen subsets
owned by
MFH
clopen subset
owned by
mathcam
completely separated
owned by
CWoo
connected component
owned by
djao
connected im kleinen
owned by
Mathprof
connected set in a topological space
owned by
ack
connected space
owned by
mathcam
connectedness is preserved under a continuous map
owned by
drini
continuous images of path connected spaces are path connected
owned by
mps
cut-point
owned by
mathcam
example of a connected space that is not path-connected
owned by
yark
example of a semilocally simply connected space which is not locally simply connected
owned by
antonio
example of a space that is not semilocally simply connected
owned by
mathcam
generalized Hurewicz fundamental theorem
owned by
bci1
generalized Hurewicz fundamental theorem
owned by
bci1
homeomorphisms preserve connected components
owned by
joking
hyperconnected space
owned by
yark
intervals are connected
owned by
joking
Jordan curve theorem
owned by
rmilson
limit points and closure for connected sets
owned by
matte
locally connected
owned by
djao
locally simply connected
owned by
Dr_Absentius
path
owned by
rspuzio
path component
owned by
djao
product of path connected spaces is path connected
owned by
joking
products of connected spaces are connected
owned by
mps
proof that a path connected space is connected
owned by
n3o
proof that products of connected spaces are connected
owned by
yark
quasicomponent
owned by
Evandar
semilocally simply connected
owned by
djao
separated
owned by
matte
ultraconnected space
owned by
yark
union of non-disjoint connected sets is connected
owned by
matte
when are balls separated
owned by
matte
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