squarefree |
semisimple |
As adjectives the difference between squarefree and semisimple
is that
squarefree is (mathematics) not divisible by a nontrivial square while
semisimple is (mathematics|of a module) in which each submodule is a direct summand.
polynomial |
semisimple |
As adjectives the difference between polynomial and semisimple
is that
polynomial is (algebra) able to be described or limited by a while
semisimple is (mathematics|of a module) in which each submodule is a direct summand.
As a noun polynomial
is (algebra) an expression consisting of a sum of a finite number of terms, each term being the product of a constant coefficient and one or more variables raised to a non-negative integer power, such as
.
minimal |
semisimple |
As adjectives the difference between minimal and semisimple
is that
minimal is the smallest possible amount, quantity, or degree while
semisimple is (mathematics|of a module) in which each submodule is a direct summand.
complement |
semisimple |
As a noun complement
is complement, thing added that makes a whole.
As an adjective semisimple is
(mathematics|of a module) in which each submodule is a direct summand.
subspace |
semisimple |
As a noun subspace
is (mathematics) a subset of a space which is a space in its own right or
subspace can be (bdsm) the psychological state of the submissive or "bottom" during sadomasochistic activity.
As an adjective semisimple is
(mathematics|of a module) in which each submodule is a direct summand.
invariant |
semisimple |
As adjectives the difference between invariant and semisimple
is that
invariant is not varying; constant while
semisimple is (mathematics|of a module) in which each submodule is a direct summand.
As a noun invariant
is an invariant quantity, function etc.
matrix |
semisimple |
As a noun matrix
is matrix.
As an adjective semisimple is
(mathematics|of a module) in which each submodule is a direct summand.
operator |
semisimple |
As a noun operator
is an operator, a service provider, an isp.
As an adjective semisimple is
(mathematics|of a module) in which each submodule is a direct summand.
ring |
semisimple |
As a noun ring
is ring
(a place where some sports take place; as, a boxing ring) .
As an adjective semisimple is
(mathematics|of a module) in which each submodule is a direct summand.
algebra |
semisimple |
As a noun algebra
is algebra.
As an adjective semisimple is
(mathematics|of a module) in which each submodule is a direct summand.
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