Form the converse and contra-positive for each of the following conditionals...
a. If you live in Minneapolis, then you live in Minnesota. P: you live in Minneapolis Q: you live in Minnesota.
so converse is Q ---> P If you live in Minnesota., then you live in Minneapolis Contrap ~Q -> ~P If you don't live in Minnesota., then you don't live in Minneapolis
yup
whoops pressed the x on my tab
If n is an even integer, then n^2 is an even integer P n is an even integer Q n^2 is an even integer
Q ---> P If n^2 is an even integer, then n is an even integer contra P If n^2 is NOT an even integer, then N is NOT an even integer. If n^2 is an odd integer, then n is an odd integer... that statement of contra p is so silly
unless n is 2k + 1
anyway. If F is differentiable at x = a, then f is continuous at x = a P: F is differentiable at x = a Q: f is continuous at x = a converse If f is continuous at x = a, then F is differentiable at x = a contra p If F is NOT continuous at x = a, then F is NOT differentiable at x = a
If P is not prime, then x^p +1 is not factorable. P: P is not prime Q: x^p + 1 is not factorable Q --> P If x^p + 1 is not factorable, then P is not Prime contrap If x^p + 1 is factorable, then P is prime
If you live in MInnesota, then You do not live in Syracuse P: you live in MInnesota Q: You do not live in Syracuse Q--> P If You do not live in Syracuse then you live in MInnesota Contra P If you DO live in Syracuse, then YOU DON'T live in Minnesota
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