Modules having Baer summands
Let R be an arbitrary ring with identity and M a right R-module with S= End R (M). Let F be a
fully invariant submodule of M and I− 1 (F) denotes the set {m∈ M: Im⊆ F} for any subset I of …
fully invariant submodule of M and I− 1 (F) denotes the set {m∈ M: Im⊆ F} for any subset I of …
Modules having Baer summands
TP Calci, S Halicioglu, A Harmanci - 2017 - aperta.ulakbim.gov.tr
Let R be an arbitrary ring with identity and M a right R-module with S= End (R)(M). Let F be a
fully invariant submodule of M and I-1 (F) denotes the set {m is an element of M: Im subset of …
fully invariant submodule of M and I-1 (F) denotes the set {m is an element of M: Im subset of …
Modules having Baer summands
T Calci, S HALICIOĞLU… - Communications in …, 2017 - avesis.ankara.edu.tr
© 2017 Taylor & Francis. Let R be an arbitrary ring with identity and M a right R-module with
S= EndR (M). Let F be a fully invariant submodule of M and I− 1 (F) denotes the set {m∈ M …
S= EndR (M). Let F be a fully invariant submodule of M and I− 1 (F) denotes the set {m∈ M …
[PDF][PDF] Modules having Baer summands
TP Calci, S Halicioglu, A Harmanci - 2016 - researchgate.net
Proof. By [3, 7.11], an R-module M is extending if and only if M= Z2 (M)⊕ M′ for some
submodule M′ of M such that M′ and Z2 (M) are both extending and Z2 (M) is M …
submodule M′ of M such that M′ and Z2 (M) are both extending and Z2 (M) is M …
Modules having Baer summands
T Calci, S Halicioglu… - COMMUNICATIONS IN …, 2017 - avesis.hacettepe.edu.tr
Let R be an arbitrary ring with identity and M a right R-module with S= End (R)(M). Let F be a
fully invariant submodule of M and I-1 (F) denotes the set {m is an element of M: Im subset of …
fully invariant submodule of M and I-1 (F) denotes the set {m is an element of M: Im subset of …
Modules having Baer summands
TP Calci, S Halicioglu, A Harmanci - 2017 - aperta.ulakbim.gov.tr
Let R be an arbitrary ring with identity and M a right R-module with S= End (R)(M). Let F be a
fully invariant submodule of M and I-1 (F) denotes the set {m is an element of M: Im subset of …
fully invariant submodule of M and I-1 (F) denotes the set {m is an element of M: Im subset of …