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It is easy to show that the converse of Fermats Theorem does not hold; i.e., the congruence a n = a (mod n) for all
- It is easy to show that the converse of Fermats Theorem does not hold; i.e., the congruence an = a (mod n) for all a does not imply that n is prime. A composite number n that satisfy this congruence is called a pseudoprime to base a.
- Verify that 341 is a pseudoprime to base 2.
- Verify that 91 is a pseudoprime to base 3.
- Show that if p is prime and 2p 1 iscomposite, then 2p 1 is a pseudoprime to base 2.
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