Question

let n be an odd integer ,prove that 5460 | n^25-n

let n be an odd integer ,prove that 5460 | n^25-n

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Let n be an odd integer. Prove that 5460 | n25 −n
Let n be an odd integer. Prove that 5460 | n25 −n
3.a) Let n be an integer. Prove that if n is odd, then (n^2) is also...
3.a) Let n be an integer. Prove that if n is odd, then (n^2) is also odd. 3.b) Let x and y be integers. Prove that if x is even and y is divisible by 3, then the product xy is divisible by 6. 3.c) Let a and b be real numbers. Prove that if 0 < b < a, then (a^2) − ab > 0.
Let n be a positive odd integer, prove gcd(3n, 3n+16) = 1.
Let n be a positive odd integer, prove gcd(3n, 3n+16) = 1.
Let n be an integer greater than 2. Prove that every subgroup of Dn with odd...
Let n be an integer greater than 2. Prove that every subgroup of Dn with odd order is cyclic.
Let p be an odd prime and let a be an odd integer with p not...
Let p be an odd prime and let a be an odd integer with p not divisible by a. Suppose that p = 4a + n2 for some integer n. Prove that the Legendre symbol (a/p) equals 1.
(a) Let N be an even integer, prove that GCD (N + 2, N) = 2....
(a) Let N be an even integer, prove that GCD (N + 2, N) = 2. (b) What’s the GCD (N + 2, N) if N is an odd integer?
6. Consider the statment. Let n be an integer. n is odd if and only if...
6. Consider the statment. Let n be an integer. n is odd if and only if 5n + 7 is even. (a) Prove the forward implication of this statement. (b) Prove the backwards implication of this statement. 7. Prove the following statement. Let a,b, and c be integers. If a divides bc and gcd(a,b) = 1, then a divides c.
Prove the following: Let n∈Z. Then n2 is odd if and only if n is odd.
Prove the following: Let n∈Z. Then n2 is odd if and only if n is odd.
Let n be any integer, prove the following statement: n3+ 1 is even if and only...
Let n be any integer, prove the following statement: n3+ 1 is even if and only if n is odd.
Let m = 2k + 1 be an odd integer. Prove that k + 1 is...
Let m = 2k + 1 be an odd integer. Prove that k + 1 is the multiplicative inverse of 2, mod m.
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT