XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 230,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C demand for next year ............. 100,000 units 140,000 units 180,000 units selling price per unit ........... $21 $24 $25 variable costs per unit .......... $16 $17 $21 It takes 0.70 machine hours to produce one unit of Product A; 0.80 machine hours to produce one unit of Product B; and 0.50 machine hours to produce one unit of Product C. Calculate the number of units of Product A that XYZ Company should produce in order to maximize its net income.
Contribution margin per machine hour
Product A | Product B | Product C | |
Selling price | 21 | 24 | 25 |
Variable cost | 16 | 17 | 21 |
Contribution margin per unit | 5 | 7 | 4 |
Machine hour per unit | 0.7 | 0.8 | 0.50 |
contribution margin per machine hour | 7.14 | 8.75 | 8 |
Rank | 3 | 1 | 2 |
Product C Machine hour required = 180000*.50 = 90000 Hour
Product B Machine hour required = 140000*.80 = 112000 Hour
Balance hour for product A = 230000-90000-112000 = 28000
Number of unit of product A produced = 28000/.70 = 40000 Units
So 40000 units of product A should be produce for maximum net income
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 230,000...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 230,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C demand for next year ............. 100,000 units 140,000 units 180,000 units selling price per unit ........... $21 $24 $25 variable costs per unit .......... $16 $17 $21 It takes 0.70 machine hours to produce one unit of Product A; 0.80 machine hours to produce one unit...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 200,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C Demand for Next Year 100,000 units 200,000 150,000 Selling Price Per Unit 18 28 23 Variable costs per unit 15 20 21 It is known that it takes 0.50 machine hours to produce one unit of Product A; 0.80 machine hours to produce one unit of...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 200,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C demand for next year .......... 100,000 units 200,000 units 150,000 units selling price per unit ........ $18 $28 $23 variable costs per unit ....... $15 $20 $21 It is known that it takes 0.50 machine hours to produce one unit of Product A; 0.80 machine hours...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 200,000 machine hours per year. The following information is available for planning purposes: Product C 150,000 units demand for next year .......... selling price per unit ........ variable costs per unit ....... Product A 100,000 units $18 $15 Product B 200,000 units $28 $20 $23 $21 It is known that it takes 0.50 machine hours to produce one unit of Product A; 0.80 machine hours...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 48,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C demand for next year ............. 21,000 units 28,000 units 35,000 units selling price per unit ........... $80 $120 $160 direct material cost per unit .... $24 $ 22 $ 36 direct labor cost per unit ....... $18 $ 50 $ 62 variable overhead cost per unit...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 48,000 machine hours per year. The following information is available for planning purposes: demand for next year ............. selling price per unit ........... direct material cost per unit .... direct labor cost per unit ....... variable overhead cost per unit .. Product A 21,000 units $80 $24 $18 $22 Product B 28,000 units $120 $ 22 $ 50 $ 25 Product C 35,000 units $160...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 48,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C demand for next year ............. 21,000 units 28,000 units 35,000 units selling price per unit ........... $80 $120 $160 direct material cost per unit .... $24 $ 22 $ 36 direct labor cost per unit ....... $18 $ 50 $ 62 variable overhead cost per unit...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 48,000 machine hours per year. The following information is available for planning purposes: Product A demand for next year ............. 21,000 units selling price per unit ........... $80 direct material cost per unit .... $24 direct labor cost per unit ........ $18 variable overhead cost per unit .. $22 Product B 28,000 units $120 $ 22 $ 50 $ 25 Product C 35,000 units $160...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 48,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C demand for next year ............. 21,000 units 28,000 units 35,000 units selling price per unit ........... $80 $120 $160 direct material cost per unit .... $24 $ 22 $ 36 direct labor cost per unit ....... $18 $ 50 $ 62 variable overhead cost per unit...
XYZ Company produces three products, A, B, and C. XYZ's plant capacity is limited to 48,000 machine hours per year. The following information is available for planning purposes: Product A Product B Product C demand for next year ............. 21,000 units 28,000 units 35,000 units selling price per unit ........... $80 $120 $160 direct material cost per unit .... $24 $ 22 $ 36 direct labor cost per unit ....... $18 $ 50 $ 62 variable overhead cost per unit...