answer only question 2 please..

QUESTION 2 Using an Activity Based Costing method to allocate overhead, what is the per unit cost you calculated for Product A, Product B and Product C? OA. Product A Product B Product C $ 40.78 $ 65.78 $ 200.56 OB. Product A Product B Product C $ 48.90 $ 72.44 226.05 OC. Product A Product B Product C $ 56.90 $ 78.99 $ 235.67 OD. Product A Product B Product C $ 30.56 $ 45.67 220.31 OE. Product A Product B Product C $ 54.56 $ 120.34 $ 23.34 QUESTION 3 Based on your analysis, the results could be described best by the following statement: O A. The cost of the three products were no different using the Tradition versus ABC method. O B. The Traditional Method over costed Product A and Product B and under costed Product C. O C. The company should use the costing information from the Traditional method to price all three products. D. The Company should trust the cost results using the Traditional Method. Save All Answers Click Save and Submit to save and submit. Click Save All Answers to save all answers..00 ->0 Conditional Format Cel fx Formatting as Table Style B C ABC METHOD: D E F G Step 1 - Calculate Overhead Pool Application Rates: W N 4 5 Units To Be Produced for the Year Product A Product B 75,000 Product C Totals D.L. Hours to Produce for the Year 80,000 119800 8,000 120000 163,000 7 D.L. Cost for the Year 1,237,500 $ 1,200 241,000 8 D.M Cost for the Year 1,320,000 $ 2,775,000 $ 19,200 2,576,700 9 Machine Hours for the Year 4,560,000 $ 1,096,000 25,000 8,431,000 10 Inspection Hours for the Year 31,000 80,000 136,000 11 Engineering Hours for the Year 11,000 8,000 19,000 500 500 12 Facility Use (Square Feet) for the Year 3,000 4.000 10,000.00 13 6,000.00 5,000.00 21,000.00 14 15 16 Projected Budgeted Overhead Amount Cost Pool Driver 17 18 Machine Cost Pool 800,000 Machine Hours for the Year 19 Inspection Cost Pool 550,000 Inspection Hours for the Year 20 Engineers Cost Pool CA CA CA CA CA 350,000 Engineering Hours for the Year 21 Facility & General Cost Pool 600,000 Square Footage for the Year 22 TOTAL BUDGETED O.H. 2,300,000 23 24 25 26 Machine Cost Pool Application Rates 27 TOTAL MACHINE COST 28 TOTAL MACHINE HOURS #DIV/O! 29 Inspection Cost Pool 30 TOTAL INSP COST 31 TOTAL INSP HOURS #DIV/O! 32 Engineering Cost Pool 33 TOTAL ENGINEERING COST 34 TOTAL ENGINEERING HOURS #DIV/O! 35 Facility Cost Pool 36 FACILITIES & GEN COST Convert Yearly Rate to Monthly/12 37 TOTAL SQ FT #DIV/O! #DIV/O! Per Month 38 39 40 Step 2 - Assign Direct Costs and Apply Overhead to Actual Results 41 ACTUAL RESULTS FOR JANUARY 202X: Product A Product B Product C Totals 42 7,000 43 Units Produced 7,200 800 15,000 20,090 44 D.L. Hours to Produce 10,500 9,500 90 100,000.00 $ 192,400.00 45 D.L. Cost 90,500.00 $ 1,900.00 S 650,000.00 220,000.00 $ 350,000.00 $ 80,000.00 S 46 D.M Cost 3,200 6,500 12,200 47 Machine Hours 2,500 700 900 1,600 48 Inspection Hours 260 337 35 42 49 Engineering Hours 5,000.00 21,000.00 50 Facility Use (Square Feet) 10,000.00 6,000.00 Calculation - ABC Meth Process Diagram Information Traditional Method Calculation -Traditional Method Information ABC Method D Process Flow