An abundant number is a positive integer for which the sum of its proper divisors $($all divisors excluding itself$)$ is strictly greater than the number itself.

Example: $12$ is divisible by $1,2,3,4,$ and $6$

$1+2+3+4+6=16,$ and now $16>12,$ so $12$ is abundant number.

Example: $9$ is divisible by $1$ and $3$

$1+3=4,$ and now so $9$ is not an abundant number.

Example: $6$ is divisible by $1,2$ and $3$

$1+2+3=6,$ and now $6=6,$ so $6$ is not an abundant number.

Write a function print$\_$abundant$(n)$ that prints first $n$ abundant numbers, where $n$ is the parameter given by the user.

def print$\_$abundant $(n)$ :

Sample Outputs:

print$\_$abundant$(2)->$ prints $12,18$

print$\_$abundant$(6)->$ prints $12,18,20,24,28,30$

print$\_$abundant$(9)->$ prints $12,18,20,24,28,30,36,40,42$

Note: You do not need to return anything from the function, just have it print directly.