際際滷

際際滷Share a Scribd company logo

Foint page

Download as DOCX, PDF
Prohor Love
Prohor Love

This document contains a production and operations management report submitted by Amit Kumar Sarker to Sheikh Kumrul Hassan at the Royal University of Dhaka. The report analyzes the expected profits from cutting different numbers of trees under varying demand levels and probabilities. It determines that cutting 650 trees would yield the optimum profit of 8575.

1 of 3
Download to read offline
PRODUCTION AND OPERATIOM MANAGEMENT SUBMITTED FOR: Sheikh Kumrul Hassan Assistant Professor, School of Business Royal University of Dhaka SUBMITTED BY : Amit Kumar Sarker ID: 0903185162 Batch : 18th Programe : BBA Royal University of Dhaka Date of Submission : 13 APRIL, 2012
Solution : Probability (100歎15) (100歎20) (100歎25) (100歎30) (100歎10) = .15 = .20 = .25 = .30 = .10 Demand 500 550 600 650 700 NO. OF 500 550 600 650 700 TREE CUT 500 7500 6750 6000 5250 4500 550 7250 8250 7500 6750 6000 600 7000 8000 9000 8250 7500 650 6750 7750 8750 9750 9000 700 6500 7500 8500 9500 10500
Expected profit for 500 tree cut. Profit ( 500 ) = 7500 .15 + 6700 .20 + 6000 .25 + 5200 .30 + 4500 .10 = 6000 Expected profit for 550 tree cut. Profit ( 550 ) = 7250 .15 + 8250 .20 + 7500 .25 + 6750 .30 + 6000 .10 = 7238 Expected profit for 600 tree cut. Profit( 600 ) = 7000 .15 + 8000 .20 + 9000 .25 + 8250 .30 + 7500 .10 = 8125 Expected profit for 650 tree cut. Profit ( 650 ) = 6750 .15 + 7750 .20 + 8750 .25 + 9750 .30 + 9000 .10 = 8575 Expected profit 700 tree cut. Profit ( 700 ) = 6500 .15 + 7500 .20 + 8500 .25 + 9500 .30 + 10500 .10 = 8500 So I have to cut 650 trees to make optimum profit.

More Related Content

Foint page

  • 1. PRODUCTION AND OPERATIOM MANAGEMENT SUBMITTED FOR: Sheikh Kumrul Hassan Assistant Professor, School of Business Royal University of Dhaka SUBMITTED BY : Amit Kumar Sarker ID: 0903185162 Batch : 18th Programe : BBA Royal University of Dhaka Date of Submission : 13 APRIL, 2012
  • 2. Solution : Probability (100歎15) (100歎20) (100歎25) (100歎30) (100歎10) = .15 = .20 = .25 = .30 = .10 Demand 500 550 600 650 700 NO. OF 500 550 600 650 700 TREE CUT 500 7500 6750 6000 5250 4500 550 7250 8250 7500 6750 6000 600 7000 8000 9000 8250 7500 650 6750 7750 8750 9750 9000 700 6500 7500 8500 9500 10500
  • 3. Expected profit for 500 tree cut. Profit ( 500 ) = 7500 .15 + 6700 .20 + 6000 .25 + 5200 .30 + 4500 .10 = 6000 Expected profit for 550 tree cut. Profit ( 550 ) = 7250 .15 + 8250 .20 + 7500 .25 + 6750 .30 + 6000 .10 = 7238 Expected profit for 600 tree cut. Profit( 600 ) = 7000 .15 + 8000 .20 + 9000 .25 + 8250 .30 + 7500 .10 = 8125 Expected profit for 650 tree cut. Profit ( 650 ) = 6750 .15 + 7750 .20 + 8750 .25 + 9750 .30 + 9000 .10 = 8575 Expected profit 700 tree cut. Profit ( 700 ) = 6500 .15 + 7500 .20 + 8500 .25 + 9500 .30 + 10500 .10 = 8500 So I have to cut 650 trees to make optimum profit.