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Recent questions tagged group-homomorphism
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Group theory
A homomorphism $f:G$ to $G1$ of groups is a monomorphism iff Ker $f = \{e\}$.
A homomorphism $f:G$ to $G1$ of groups is a monomorphism iff Ker $f = \{e\}$.
Sammohan Ganguly
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Sammohan Ganguly
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May 29, 2018
Set Theory & Algebra
engineering-mathematics
discrete-mathematics
group-theory
group-homomorphism
group-monomorphism
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GATE CSE 1988 | Question: 13ic
Verify whether the following mapping is a homomorphism. If so, determine its kernel. $f(x)=x^3$, for all $x$ belonging to $G$.
Verify whether the following mapping is a homomorphism. If so, determine its kernel.$f(x)=x^3$, for all $x$ belonging to $G$.
go_editor
557
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go_editor
asked
Dec 20, 2016
Set Theory & Algebra
gate1988
normal
descriptive
group-theory
group-homomorphism
out-of-gate-syllabus
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1
votes
0
answers
3
GATE CSE 1988 | Question: 13ib
Verify whether the following mapping is a homomorphism. If so, determine its kernel. $\overline{G}=G$
Verify whether the following mapping is a homomorphism. If so, determine its kernel.$\overline{G}=G$
go_editor
481
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go_editor
asked
Dec 20, 2016
Graph Theory
gate1988
normal
descriptive
group-theory
group-homomorphism
out-of-gate-syllabus
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1
votes
0
answers
4
GATE CSE 1988 | Question: 13ia
Verify whether the following mapping is a homomorphism. If so, determine its kernel. $G$ is the group of non zero real numbers under multiplication.
Verify whether the following mapping is a homomorphism. If so, determine its kernel.$G$ is the group of non zero real numbers under multiplication.
go_editor
448
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go_editor
asked
Dec 20, 2016
Set Theory & Algebra
gate1988
normal
descriptive
group-theory
group-homomorphism
out-of-gate-syllabus
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