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$15 per hour ( $105 a day), and part-time employees cost the bank $8 per hour ( $32 per day). part-time employees coming on duty at the beginning of hour j.) If your answer is zero enter " 0 " and if the constant is " 1 " it must be entered in the box. (b) Solve the LP Relaxation of your model in part (a). Enter the total cost value under the optimal solution. Total Cost: : (c) Solve for the optimal schedule of tellers. Enter the total number of full-time and part-time employees required. If your answer is zero enter " 0 ". Total Number of Full-Time Employees: Total Number of Part-Time Employees: If required, round your answers to the nearest whole number. If your answer is zero enter " 0 ". Total Number of Full-Time Employees: Total Number of Part-Time Employees: Total Cost: $15 per hour ( $105 a day), and part-time employees cost the bank $8 per hour ( $32 per day). part-time employees coming on duty at the beginning of hour j.) If your answer is zero enter " 0 " and if the constant is " 1 " it must be entered in the box. (b) Solve the LP Relaxation of your model in part (a). Enter the total cost value under the optimal solution. Total Cost: : (c) Solve for the optimal schedule of tellers. Enter the total number of full-time and part-time employees required. If your answer is zero enter " 0 ". Total Number of Full-Time Employees: Total Number of Part-Time Employees: If required, round your answers to the nearest whole number. If your answer is zero enter " 0 ". Total Number of Full-Time Employees: Total Number of Part-Time Employees: Total Cost