Brady buys a one-hundred-year-old house and contracts with a store in town that is advertising, "Buy our wallpaper here and we w

Answer:

Net Present Value = $ 34,310.45  

Explanation:

The Net Present Value (NPV) represents the difference between the present value of cash inflows and outflows. A positive NPV indicates a favorable investment decision, while a negative value suggests otherwise.

NPV of a project

NPV = Present Value of Cash inflows - Present Value of Cash outflow  

The cash inflow is characterized as an annuity.

Present Value of annuity= A × 1 - (1+r)^(-n)/r  

A refers to Annual cash flow, - 65,000, r is the discount rate at 12%, and the term is 5 years.

Calculation for Present Value of cash inflow equals 65,000 × (1 - (1.12)^(-5)/0.12) =  234,310.45.

The initial investment is 200,000.

Thus, the Net Present Value calculation is  -  234,310.45  -200,000 = 34,310.45  

Net Present Value = $ 34,310.45  

1) Most likely, it's commission. Although both commissions and bonuses relate to sales performance, the fact that she receives them for each sale implies commissions, which are typically a recurring part of a pay system, as opposed to bonuses which are usually one-time payments. 2) Refers to a fixed salary. Hourly wages are generally associated with entry-level positions, whereas fixed salaries apply to higher-ranking or executive positions.

Answer:

Explanation:

Initial WIP inventory                    74000  

Add: Units initiated in May           390000  

Subtract: Final inventory                  34000  

Completed and moved units       430000  

1                        Equivalent Units

                                                            Whole units Materials    Conversion

Initial WIP inventory                    74000           74000        74000

Units started and finished            356000     356000        356000

Final inventory                                34000           23800         10200

Total units accounted for           464000         453800        440200

                                                                Materials Conversion  

Production equivalent units         453800    440200  

2    

Cost Information:                       Total Material Conversion

Initial WIP inventory                  142800     98800       44000

Costs incurred during May                      755960    513830      242130

Total costs needing accounting          898760    612630      286130

Divided by Equivalent units                                    453800 440200

Cost per Equivalent unit                           2.00      1.35 0.65

Materials Conversion  

Cost per Equivalent unit                           1.35 0.65  

3    

Cost Allocation:    

Ending Work in process:    

Material                                                 32130  

Conversion                                            6630  

Total Ending Work in process             38760  

4    

Cost of completed and transferred units    

Material                                                 580500  

Conversion                                            279500  

Total costs                                                       860000  

5    

Costs to be accounted for:    

Initial WIP inventory                       142800  

Current expenses                                          755960  

Overall costs to be accounted for            898760  

Costs accounted for include:    

Cost of completed and moved units 860000  

Cost of ending work in process            38760  

Overall accounted costs                      898760  

(a) The optimal machine assignment time is 7 minutes. (b) The duration of a complete cycle is 25 minutes. There will indeed be 7 minutes of idle time for the operator. (c) If an operator is assigned three machines, the cost per unit produced amounts to $13.88 per unit. To elaborate, loading takes 3 minutes, unloading lasts 2 minutes, while the runtime is 20 minutes. The time spent on inspection and packing takes 1 minute. The operator's wage is $10 per hour, and machine cost is $30 per hour. Ideal machine assignment can be calculated via machine cycle time divided by the operator time per machine. The machine cycle includes run, load, and unload time, which sums to 25 minutes. The time contribution per machine is 6 minutes, resulting in an ideal machine assignment of 25 ÷ 6 = 4.17, indicating the assignment of four machines to an operator is suboptimal, leading to idle time. The complete cycle takes 25 minutes. Idle operator time is calculated as cycle time minus the operational contributions of the machines assigned, culminating in 7 minutes of idle time. The total cost of each unit produced comes from combining operator costs with machine costs, multiplied by cycle time adjusted for hours, resulting in $13.88 per unit.