Posted by **Ron** on Thursday, April 4, 2013 at 7:21pm.

If n is a positive integer and n > 1,prove that (n) + (n-1) is a perfect sq

(2) ( 2 )

## Answer This Question

## Related Questions

- Discrete Math - If n is a positive integer and n > 1, prove that (n over 2...
- Discrete Math - 1. Assume that n is a positive integer. Use the proof by ...
- DISCRETE MATHS - Prove that if n is an odd positive integer, then 1 ≡ n2 (...
- Discrete Mathematics - Prove that if n is an odd positive integer, then 1 ≡...
- MATH - Find a positive integer m such that 1/2m is a perfect square and 1/3m is ...
- math - Find a positive integer m such that 1 2m is a perfect square and 1 3m is ...
- DISCRETE MATHS - We need to show that 4 divides 1-n2 whenever n is an odd ...
- maths - A positive integer n is such that numbers 2n+1 and 3n+1 are perfect ...
- discrete math - Prove by contradiction that for any even integer a and any odd ...
- discrete math - 1)prove that if x is rational and x not equal to 0, then 1/x is ...

More Related Questions