[" 9.Show that the integer next above "(sqrt(3)+1)^(2m)" contains "2^(prime prime prime+1)" as "],[" factor."]

Show that the integer next above (sqrt(3)+1)^(2m) contains 2^(m+1) as a factor.

Show that the integer next above (sqrt(3)+1)^(2m) contains 2^(m+1) as a factor.

Show that the integer next above (sqrt(3)+1)^(2m) contains 2^(m+1) as a factor.

Show that the integer next above (sqrt(3)+1)^(2m) contains 2^(m+1) as a factor.

Factorize 234 into prime factors.

Factorize 234 into prime factors.

Factorize 234 into prime factors.

In prime factorization of 1309 write the highest prime factor.

Prove that a positive integer n is prime number,if no prime p less than or equal to sqrt(n) divides n.

a and b are two positive integers such that the least prime factor of b is 3 and the least prime factor of b is 5. Then, the least prime factor of (a + b) is: