\"\"

\

The integral is \"\".

\

Definition of an improper integral :

\

If \"\" exists for every number \"\", then \"\" provoded this limit exists (as a finite number).

\

Consider \"\".

\

\"\" is continuous on the interval \"\" and it is not continuous at \"\", then \"\".

\

Here we need to use a right hand limit, since the interval of integration is entirely on the right side of the lower limit.

\

\"\"

\

\"\"

\

Therefore, \"\".

\

Since \"\"(finite value), the integral is convergent.\"\"

\

The integral is convergent and the value is \"\".