●In Mathematics & Number theory:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
In
whose
representation
in
a
given
base
b
≥
2,
for
every
positive
integer
n,
the
bⁿ
possible
strings
of
n
digits
follow
a
uniform
distribution.
●In Algebra & Mathematics:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
Adhering to or being what is considered natural or
in a particular
or context:;Which is the
of a family of
in K.
●In Mathematics, Probability theory & Statistics:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
Which has a very specific
; that is or has the
of a
distribution.
Adhering to or being what is considered natural or
in a particular
or context:;Which has a
; which is associated with a
that has a
.
●In Complex analysis & Mathematics:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
●In Mathematics & Set theory:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
Which is
and
the order topology.
●In Linear algebra & Mathematics:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
Which
with its
transpose.
●In Functional analysis & Mathematics:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
●In Category theory & Mathematics:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
Being (as a
) or
(as a
) only
epimorphism(s) or monomorphism(s), that is, those which are the
or
of some
, respectively.
●In Mathematics & Topology:
According to
or
or to a
pattern.
Adhering to or being what is considered natural or
in a particular
or context:
In which
can be
by
neighborhoods.