Answer:
183.00%
449.15%
Explanation:
The computation of annual percentage rate and the effective annual rate shown below:
Annual percentage rate is
= Interest rate per month × Total Number of months in a year
= 15.25% × 12 months
= 183.00%
The effective annual rate is
= (1 + nominal interest rate ÷ periods)^ number of period - 1
= (1 + 15.25% ÷ 12)^12 - 1
= 449.15%
Answer:
The 10,000 units of output that will be supplied by the two firms to the market.
Profit that each firm would earn will be higher than previous.
Explanation:
The firm selling 4,000 units at the price of $10 per unit. If the output is increased to 6,000 units the price will increase to $11 per unit. If the new 6,000 units are produced along with the previous 4,000 units then the total output supplied by the two firms will be 10,000 units (6,000 + 4,000). The supply of goods in the market will increase so price will fall and the revenue for the firms will decline but they can benefit with sales volume and their profit can increase.
Answer:
3,300 deer
Explanation:
Total funds available to meet the entire cost of capturing stray deer = $48,000
This represents the total funds available as the Bruno & Court is a non profit organisation, it needs funding and as provided in the given case total funds available are $48,000 through local philanthropy.
Associated fixed cost in this activity = $15,000
Thus, maximum variable cost shall be = $48,000 - $15,000
= $33,000
Variable cost per deer = $10
Total number of deer to be captured = $33,000/$10 = 3,300 deer
Answer:
FIFO
FIFO means First in First Out. This method values cost of sales at the earliest prices
Cost of Goods Sold = (3,880 units × $8) + (5,430 units × $10)
= $85,340
LIFO
LIFO means Last in Fist Out. This method values cost of sales at the latest prices.
Cost of Goods Sold = (8,660 units × $10) + (650 units × $8)
= $91,800
Weighted Average Cost
The unit cost is re-calculated with every new purchase of units made. The cost of sale will be valued on the newly calculated average unit cost.
Unit Cost = Total Cost ÷ Total Units
= (3,880 units × $8) + (8,660 units × $10) / 12,540 units
= $9.381
Cost of Goods Sold = Units Sold × Unit Cost
= 9,310 units × $9.381
= $ 87,337.11
