O N 93% 2:47 Let X and Y be two discrete spaces, then * X is homomorphic to Y if and only if X and Y are both infinite X is homeomorphic to Y if and only if X and Y are both finite X is never...


O N 93%<br>2:47<br>Let X and Y be two discrete spaces,<br>then *<br>X is homomorphic to Y if and only if<br>X and Y are both infinite<br>X is homeomorphic to Y if and only<br>if X and Y are both finite<br>X is never homeomorphic to Y<br>X is homeomorphic to Y if and only<br>if X and Y have the same cardinality<br>Which one of the following<br>statements is true? *<br>R with the Euclidean topology and R<br>with the finite closed topology are<br>not homeomorphic<br>None of the choices<br>R with the Euclidean topology and R<br>with the finite closed topology are<br>homeomorphic<br>R with the Euclidean topology and R<br>with the discrete topology are<br>homeomorphic<br>

Extracted text: O N 93% 2:47 Let X and Y be two discrete spaces, then * X is homomorphic to Y if and only if X and Y are both infinite X is homeomorphic to Y if and only if X and Y are both finite X is never homeomorphic to Y X is homeomorphic to Y if and only if X and Y have the same cardinality Which one of the following statements is true? * R with the Euclidean topology and R with the finite closed topology are not homeomorphic None of the choices R with the Euclidean topology and R with the finite closed topology are homeomorphic R with the Euclidean topology and R with the discrete topology are homeomorphic

Jun 05, 2022
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