Suppose you wanted to apply the conditional statements built in problem $1$ to large data sets for salary $($Current$\_$salaries$)$ & performances $($E$\_$performances$).$ You have chosen to do this by including your conditional statements iteratively inside of a for loop.

Modify the script below so that it will perform this iterative operation, and store the values inside a new $1$x$6$ vector named New$\_$salaries.

Remember: raises for the next year will be handed out on the following basis:

$$ A rating of $8$ or above will result in a raise of $5\%.-->($New Salary $=$ Current Salary$*1\mathrm{.}05)$

$$ A rating of $5-7$ will result in a raise of $3\%.-->($New Salary $=$ Current Salary$*1\mathrm{.}03)$

$$ A rating of $4$ or below will result in no raise. $-->($New Salary $=$ Current Salary$)$Current$\_$salaries $=[450005000063250380005250074000]$;

E$\_$performances $=[943856]$;

New$\_$salaries $=$ zeros$(1,$length$($Current$\_$salaries$))$; $\%$ This step will save on computing power for longer for loops. You should get into the habit of doing this step.

for i$=??\%$ Complete this line by replacing the $??\text{'}$s with the appropriate code.

$\%$ iterative conditional statements go here

end

New$\_$salaries