Answer:
The expected return on the portfolio is:
10.31% ($3,331.40)
Explanation:
a) Data and Calculations:
Portfolio investments: Expected Returns % Expected Returns $
Stock M = $13,400 8.50% $1,139
Stock N = $18,900 11.60% $2,192.40
Total $32,300 10.31% $3,331.40
Total expected returns in percentage is Expected Returns $/Total Investments * 100
= $3,331.40/$32,300 * 100
= 10.31%
b) The expected returns on the portfolio is derived by calculating the expected returns for each investment and summing up. Then dividing the expected portfolio returns by the portfolio investment. This yields 10.31% percentage value.
Answer:
The journal entries to record this transaction would include: E. a credit to Sales Revenue for $45,000.
Explanation:
When Morgan Manufacturing sold goods, the company should make two journal entry to record Cost of goods sold and Sales revenue.
The entries:
1. Debit Cost of goods sold $35,000
Credit Finished-Goods Inventory $35,000
2. Debit Cash $45,000
Credit Sales revenue $45,000
The journal entries to record this transaction would include: E. a credit to Sales Revenue for $45,000.
Answer:
D: Optimum Order size
Explanation:
Economic Order Quantity (EOQ) is a formula applied in logistic and supply chain management to calculate a business's ideal order size. As the name suggests, the order EOQ provides an order quantity that makes economic sense.
Economies of scale suggest that a bigger order size is better because the business will save transport costs. However, ordering in large quantities increases the cost of holding stock. The economic order quantity strikes a balance between these two important factors.
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