Prove that if f is a continuous mapping of a set S (in E) into F and g is a continuous mapping of the image f(S) (in F) into G, then the mapping g(f(P)) is a continuous mapping of S into G.
Prove that if f is a continuous mapping of a set S (in E) into F and g is a continuous mapping of the image f(S) (in F) into G, then the mapping g(f(P)) is a continuous mapping of S into G.
Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter1: Fundamentals
Section1.5: Permutations And Inverses
Problem 8E: 8. a. Prove that the set of all onto mappings from to is closed under composition of mappings.
b....
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Prove that if f is a continuous mapping of a set S (in E) into F and g is a continuous mapping of the image f(S) (in F) into G, then the mapping g(f(P)) is a continuous mapping of S into G.
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