The owner of an office building is interested in selling the building in order to raise capital for development of a large shopping mall. The building has a 30-year, 7% mortgage with 20 years of remaining payments; the original mortgage principal was $200 million. The building is fully occupied by tenants who have long-term leases of at least 20 years. The owner enjoys net income of $1 million per month after paying all operating expenses and the mortgage payment. The new owner would be able to take over the existing mortgage. a. What is the minimum offer that the owner would accept, assuming th

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Answer 1
Answer:

Answer:

the minimum price depends on the owner's discount rate. For example, if the discount rate is 12% per year or 1% per month, then the price should equal:

PV =  $1,000,000 x 90.81942 (PVIFA, 1%, 240 periods) = $90,819,420

You would need to adjust the PVIFA depending on the owner's discount rate; the higher the rate, the lower the price.


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The ease with which resources can be adjusted in response to changes in demand, technology, products and services, and resource availability is known as:

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Answer:

Process flexibility.

Explanation:

The ease with which resources can be adjusted in response to changes in demand, technology, products and services, and resource availability is known as process flexibility.

Process flexibility simply refers to the ability of a firm or company to respond to changes in the production line or manufacturing process of goods to meet the needs of their customers.

For instance, when there is a new technology in the industry, the ability of a company to switch with ease is its process flexibility.

James, Inc., has purchased a brand new machine to produce its High Flight line of shoes. The machine has an economic life of 5 years. The depreciation schedule for the machine is straight-line with no salvage value. The machine costs $540,000. The sales price per pair of shoes is $77, while the variable cost is $29. Fixed costs of $245,000 per year are attributed to the machine. The corporate tax rate is 22 percent and the appropriate discount rate is 9 percent. What is the financial break-even point? (Do not round intermediate calculations and round your answer to 2 decimal places, e.g., 32.16)

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Answer:

3,074 units sold or total revenue of $236,698 per year

Explanation:

cost of machine $540,000

depreciation expense per year = $540,000 / 5 = $108,000

contribution margin per unit sold = $77 - $29 = $48

we generally calculate the financial break even point of a business by using the following formula:

= EBIT × (1 - interest expense) × (1 - tax rate) - preferred dividends

But when we are dealing with projects, the financial break even point is the sales level at which the project's NPV = $0. If the sales level is lower, then the project will be rejected, and if the sales level is higher, then it should be accepted.

using an annuity formula, the free cash flow per year needed for the NPV = $0 is $540,000 / 3.8897 (PV annuity factor, 9%, 5 periods) = $138,828.19

$138,828.19 = {[(unit sales x $48) - $108,000] x 0.78} + $108,000

$30,828.19 = [(unit sales x $48) - $108,000] x 0.78

$39,523.32 = (unit sales x $48) - $108,000

$147,523.32 = unit sales x $48

unit sales = $147,523.32 / $48 = 3,073.40 units ≈ 3,074 units sold

Final answer:

The financial break-even point is approximately 5,104 units.

Explanation:

The financial break-even point can be calculated by determining the number of units that need to be sold in order to cover the fixed costs. First, we need to calculate the contribution margin per unit, which is the sales price per unit minus the variable cost per unit. In this case, it is $77 - $29 = $48. Next, we divide the fixed costs by the contribution margin per unit to find the break-even point in units. Using the formula: Break-even point (in units) = Fixed costs / Contribution margin per unit. Plugging in the numbers, we get: $245,000 / $48 = 5,104.17. Therefore, the financial break-even point is approximately 5,104 units.

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Haver Company currently produces component RX5 for its sole product. The current cost per unit to manufacture the required 50,000 units of RX5 follows. Direct materials $ 5.00 Direct labor 9.00 Overhead 10.00 Total costs per unit 24.00 Direct materials and direct labor are 100% variable. Overhead is 70% fixed. An outside supplier has offered to supply the 50,000 units of RX5 for $19.00 per unit. Required: 1. Calculate the incremental costs of making and buying component RX5.

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Answer:

The incremental costs of making and buying component RX5 is $100,000

Explanation:

For computing the increment cost of making and buying component RX5, first we have to compute the cost of making and buying component RX5 separately.

Cost of making includes:

Direct Material = 50,000 × $5 = $250,000

Direct Labor = 50,000 × 9 = $450,000

Variable Overhead cost = 50,000 × 10 × 30% = $150,000

So, total cost of making = Direct material cost + direct labor cost + variable overhead cost

= $250,000 + $450,000 + $150,000

= $850,000

Now, the cost of buying component is equals to

=  units × RX5 per unit

= 50,000 × $19

= $950,000

So, the incremental costs of making and buying component RX5 is equals to

= cost of making - cost of buying component

= $950,000 - $850,000

= $100,000

Hence,  the incremental costs of making and buying component RX5 is $100,000

Final answer:

The incremental cost of making component RX5 is $5.00 per unit.

Explanation:

To calculate the incremental costs of making and buying component RX5, we need to compare the cost of making the component in-house versus buying it from an outside supplier. The incremental cost of making the component is the difference between the current cost per unit to manufacture and the cost offered by the supplier. Here's how to calculate it:

  1. Incremental cost of making = Total costs per unit - Cost offered by the supplier
  2. Incremental cost of making = $24.00 - $19.00
  3. Incremental cost of making = $5.00 per unit

The incremental cost of making component RX5 is $5.00 per unit.

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Supply has the potential to contribute to: ___________a. Cost management, profitability, return on assets, competitive position and corporate social policy. b. Cost management, profitability, return on assets and competitive position. c. Cost management, profitability and return on assets. d. Cost management and profitability. e. Cost management.

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Answer: Cost management, profitability, return on assets, competitive position and corporate social policy

Explanation:

Supply has the potential to contribute to cost management, profitability, return on assets, competitive position and corporate social policy.

Supply is defined as the amount of goods or services that a supplier is willing to offer for sale at a particular price and at a certain period. The amount of goods offered can determine the revenue generated and hence the profit made.

Please Help me, with this question for one of my class discussions. Think of a product and describe the stages of production the product goes through.

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Answer:

Well, it depends on the product. But, I'd say, first, an idea for the product. Creating/designing and refining the product is next. Then, when finally satisfied, begin mass production

Explanation:

Lacy's Linen Mart uses the average cost retail method to estimate inventories. Data for the first six months of 2021 include: beginning inventory at cost and retail were $64,500 and $123,000, net purchases at cost and retail were $315,000 and $483,000, and sales during the first six months totaled $493,000. The estimated inventory at June 30, 2021, would be:

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Answer:

Best estimate for inventory =$70,764.85

Explanation:

The closing inventory value at retail

= (Opening inventory + Purchases - sales)  all in retail prices

= $123,000 +  $483,000 - 493,000.

= 113000

Closing inventory value at cost

=113,000 ×  (64,500 + 315,000)/(123,000 +  $483,000)

=70,764.85

Best estimate for inventory =$70,764.85

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