Question

Atlas Inc. produces product A and product B. Each product must go through two processes. Each...

  1. Atlas Inc. produces product A and product B. Each product must go through two processes. Each A produced requires two hours in process 1 and five hours in process 2. Each B produced requires six hours in process 1 and three hours in process 2. There are 80 hours of capacity available each week in each process. Each A produced generates $6.00 in profit for the company. Each B produced generates $9.00 in profit for the company. The constraint for Process 1 is represented by

  1. 2A + 5B < 80. C) 2A + 6B < 80.

  2. 2A + 6B > 80. D) 2A + 6B < 80

B. Atlas Inc. produces product A and product B. Each product must go through two processes. Each A produced requires two hours in process 1 and five hours in process 2. Each B produced requires six hours in process 1 and three hours in process 2. There are 80 hours of capacity available each week in each process. Each A produced generates $6.00 in profit for the company. Each B produced generates $9.00 in profit for the company. The capacity constraint for Process 2 is

A) 5A + 3B > 80 C) 5A + 3B < 80

B) 6A + 3 B < 80 D) 5A + 3B < 80


Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Theory of Constraints Production of a product includes four (4) processes. Each process has a capacity....
Theory of Constraints Production of a product includes four (4) processes. Each process has a capacity. The work day is Work day (Hours) long. Which process is the constraint on production? How much can be produced in a working day? Use the data on the spreadsheet to make your calculation. Note: Provide all answers to two decimal places. For example 3 enter as 3.00 and 24 as 24.00 Process 1 Capacity per hour 5.10 Process 2 Capacity per hour 8.05...
1). Zapit, Inc. manufactures two products, Product A and Product B. Product A yields an incremental...
1). Zapit, Inc. manufactures two products, Product A and Product B. Product A yields an incremental profit of $2 per unit, and Product B yields an incremental profit of $4. Product A requires four hours of processing at Machine A and two hours at Machine B. Product B requires six hours at Machine A, six hours at Machine B, and one hour at Machine C. Machine A has a maximum of 120 hours of available capacity per day, Machine B...
Command Company produces two types of electronic products, Product A and Product B. Electronic gaming products...
Command Company produces two types of electronic products, Product A and Product B. Electronic gaming products are hot products now and either product A or product b could be sold to keep the manufacturing facility operating a full capacity. The constraint is direct labour hours and it is insufficient to meet the combined demand for both.   Both products are processed through the same production departments. The relevant information is as follows: Product A Product B Sales Price $ $250 $140...
XYZ Company produces two products, A and B. For the coming period, 140,000 machine hours and...
XYZ Company produces two products, A and B. For the coming period, 140,000 machine hours and 210,000 direct labor hours are available. Information on the two products appears below: Product A Product B selling price per unit ........... $9.00 $8.00 variable costs per unit .......... $2.00 $5.00 machine hours per unit ........... 5.00 2.00 direct labor hours per unit ...... 3.00 6.00 Calculate the number of units of Product B that should be produced in order to maximize net income.
Problem 3: Chemco produces two chemicals A and B. These chemicals are produced via two manufacturing...
Problem 3: Chemco produces two chemicals A and B. These chemicals are produced via two manufacturing processes. Process 1 requires 2 hours of labor and 1 lb of raw materials to produce 2 oz of A and 1 oz of B. Process 2 requires 3 hours of labor and 2 lbs of raw material to produce 3 oz of A and 2 oz of B. Sixty hours of labor and 40 lbs of raw material are available. Demand for Chemical...
1. A firm produces four products: Each unit of product 1 requires two hours of assembly,...
1. A firm produces four products: Each unit of product 1 requires two hours of assembly, one hour of painting and $50 of inventory, Each unit of product 2 requires one hour of assembly, three hours of painting and $75 of inventory, Each unit of product 3 requires 2.5 hours of assembly, 2.5 hours of painting and $20 of inventory, Each unit of product 4 requires 5 hours of assembly no painting and $100 of inventory. The firm has 140...
Carter Inc. produces two products, A and B. Pertinent per-unit data follow: A B Sales price...
Carter Inc. produces two products, A and B. Pertinent per-unit data follow: A B Sales price $268 $225 Costs:   Direct materials 80 40   Direct labor 43 80   Variable factory overhead (based on direct labor hours) 60 40   Fixed factory overhead (based on direct labor hours) 30 20   Marketing expenses (all variable) 40 31      Total costs 253 211 Operating income $15 $14 There is insufficient labor capacity in the plant to meet the combined demand for both products. Both products are...
Shiny Chemical Company produces specialty products for the automobile industry. Shiny produces a cleaner (Cln) and...
Shiny Chemical Company produces specialty products for the automobile industry. Shiny produces a cleaner (Cln) and a polisher (Pol). Realized profit is $10 per cleaner and $30 per polisher. Both products require processing through the same machines, machine one (m1) and machine two (m2), but Cln requires 4 hours in m1 and 8 hours in m2, whereas Pol requires 6 hours in m1 and 4 hours in m2. During the upcoming month m1 has 12 hours available capacity and m2...
Choosing the Optimal Product Mix with a Constrained Resource and a Demand Constraint Billings Company produces...
Choosing the Optimal Product Mix with a Constrained Resource and a Demand Constraint Billings Company produces two products, Product Reno and Product Tahoe. Each product goes through its own assembly and finishing departments. However, both of them must go through the painting department. The painting department has capacity of 2,460 hours per year. Product Reno has a unit contribution margin of $120 and requires 5 hours of painting department time. Product Tahoe has a unit contribution margin of $75 and...
1. Graphically solve the model formulated below using GRAPH PAPER!!!!! 2. Calculate the slack on each...
1. Graphically solve the model formulated below using GRAPH PAPER!!!!! 2. Calculate the slack on each constraint. Formulation: Maximize Z = 400a + 100b (profit, $) subject to: 8a + 10b ≤ 80 (labor, hr) 2a + 6b ≤ 36 (wood) a ≤ 6 (demand, chairs) a,b ≥ 0