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Show That the Set Has Cardinal Number by Establishing

Question 21

Multiple Choice

Show that the set has cardinal number $Show that the set has cardinal number by establishing a one-to-one correspondence between the set of counting numbers and the given set. Be sure to show the pairing of the general terms in the sets. - \{ 5,25,125,625 , \ldots \} A) B) C) D)$ by establishing a one-to-one correspondence between the set of counting numbers and the given set. Be sure to show the pairing of the general terms in the sets.
- $\{ 5,25,125,625 , \ldots \}$

A)
$Show that the set has cardinal number by establishing a one-to-one correspondence between the set of counting numbers and the given set. Be sure to show the pairing of the general terms in the sets. - \{ 5,25,125,625 , \ldots \} A) B) C) D)$
B)
$Show that the set has cardinal number by establishing a one-to-one correspondence between the set of counting numbers and the given set. Be sure to show the pairing of the general terms in the sets. - \{ 5,25,125,625 , \ldots \} A) B) C) D)$
C)
$Show that the set has cardinal number by establishing a one-to-one correspondence between the set of counting numbers and the given set. Be sure to show the pairing of the general terms in the sets. - \{ 5,25,125,625 , \ldots \} A) B) C) D)$
D)
$Show that the set has cardinal number by establishing a one-to-one correspondence between the set of counting numbers and the given set. Be sure to show the pairing of the general terms in the sets. - \{ 5,25,125,625 , \ldots \} A) B) C) D)$

Show That the Set Has Cardinal Number by Establishing

Multiple Choice

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