Answer:
Chuck must be less than $260,000
Explanation:
The economic decision rule is: Do it if that marginal benefit exceeds the marginal cost and Since Chuck was unwilling to purchase the house at $260,000, we can deduce that the marginal benefit of purchasing the house must be less than $260,000 due to the fact that the seller turns down the offer but says she will sell the house for $260,000.
Answer:
Total period cost under variable costing $60,000
Explanation:
The computation of the total period cost under variable costing is shown below:
Variable selling and administrative expenses (880 units × $15) $13,200
Add: Fixed selling and administrative expenses $21,120
Add: Fixed manufacturing overhead $25,680
Total period cost under variable costing $60,000
Answer:
D. Original cost.
Explanation:
As we know that the inventory should be valued at lower of cost or market value. Also , the market value is the middle amount among the replacement cost, net realizable value, net realizable value - normal profit margin
It can be the replacement cost or net realizable value. We don't have an idea which one is the middle amount
Also, if the original cost is less than the market cost so we assume that the inventory should be valued at original cost
Answer:
Distributive bargaining
Explanation:
Distributive bargaining can be defined as a type of bargaining system/strategy in which one party gains only if the other party loses.
Distributive bargaining is mostly used when there is a negotiation that involves fixed resources e.g; money, assets, etc.
Distributive bargaining as a negotiation strategy does not aim to provide a win-win situation for all parties involved but that one party loses while the other gains considerably.
An example of distributive bargaining is a supermarket having a fixed price for an item. in that situation, you can't bargain and as such you either buy the item or leave the store.
That results in a win for the supermarket and a loss for you the buyer should yo choose to buy the item.
Cheers
Answer:
b. 5.27%
Explanation:
First, find the PV of the bond today. With a financial calculator, input the following and adjust the variables to semi-annual basis;
Face value; FV = 1000
Maturity of bond; N = 15*2 = 30
Semiannual coupon payment = (8.75%/2)*1000 = 43.75
Semi annual interest rate; I/Y = 3.25%
then compute Price; CPT PV= 1,213.547
Next, with the PV , compute the yield to call (I/Y) given 6 years;
Maturity of bond; N = 6*2 = 12
Semiannual coupon payment = (8.75%/2)*1000 = 43.75
Price; PV= -1,213.547
Face value; FV = 1,050
then compute Semiannual interest rate; CPT I/Y = 2.636%
Convert the semiannual rate to annual yield to call = 2.636*2 = 5.27%