Question: Is this proof that whenever n is a positive integer, correct? Justify your answer. Basis step: The result is true when n = 1 because

Is this proof that
Is this proof that
whenever n is a positive integer, correct?

whenever n is a positive integer, correct? Justify your answer.
Basis step: The result is true when n = 1 because

Is this proof that
whenever n is a positive integer, correct?

Inductive step: Assume that the result is true for n. Then

Is this proof that
whenever n is a positive integer, correct?

Hence, the result is true for n + 1 if it is true for n. This completes the proof.

1/ 1/(1-1) 2 1-2 2 1 2 n+1

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