Answer:
when sea transportation is used:
safety stock = Z-score x √lead time x standard deviation of demand
- Z-score for 99% = 2.58
- lead time = 36 days
- standard deviation of demand = 4,000 units
safety stock = 2.58 x √36 x 4,000 units = 61,920 units
reorder point = lead time demand + safety stock
- lead time demand = 36 days x 5,000 units = 180,000 units
- safety stock = 61,920
reorder point = 180,000 units + 61,920 units = 241,920 units
when air transportation is used:
safety stock = Z-score x √lead time x standard deviation of demand
- Z-score for 99% = 2.58
- lead time = 4 days
- standard deviation of demand = 4,000 units
safety stock = 2.58 x √4 x 4,000 units = 20,640 units
reorder point = lead time demand + safety stock
- lead time demand = 4 days x 5,000 units = 20,000 units
- safety stock = 20,640
reorder point = 20,000 units + 20,640 units = 40,640 units
Answer:
D. Issue a written communication expressing a conclusion about the reliability of a written assertion that is the responsibility of another party.
Explanation:
An attestation engagement which could also reffered to as assertion- based engagement could be explained as a situation wheryby a third party is allowed to evaluate a subject matter by the clients.
It should be noted that CPA is engaged to: Issue a written communication expressing a conclusion about the reliability of a written assertion that is the responsibility of another party.
Net Present value = Present value of Cash inflows - Present value of Cash outflow is the method for evaluating capital investment proposals reduces the present value of cash outflows from the present value of cash inflows.
Net present value (NPV) is the difference between the present value of cash inflows and the present value of cash outflows over a period of time. NPV is used in capital budgeting and investment planning to analyze the profitability of a projected investment or project. Net Present value is the result of calculations used to find the current value of a future stream of payments.
Net Present value accounts for the time value of money and can be used to compare the rates of return of different projects, or to compare a projected rate of return with the hurdle rate required to approve an investment.
The time value of money is represented in the Net Present value formula by the discount rate, which might be a hurdle rate for a project based on a company's cost of capital. No matter how the discount rate is determined, a negative Net Present value shows the expected rate of return will fall short of it, meaning the project will not create value.
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Answer: $47,200
Explanation:
Accounts receivable not yet due = $560,000
Bad Debts for accounts receivable not yet due:
= $560,000 × 0.01
= $5,600.
Accounts receivable due for up-to 180 days = $120,000
Bad Debts for accounts receivable due for up-to 180 days:
= $120,000 × 0.16
= $19,200.
Accounts receivable due for more than 180 days = $99,000
Bad Debts for accounts receivable due for more than 180 days:
= $99,000 × 0.20
= $19,800
Ending balance of Allowance account:
= Debit Balance of allowance account + $5,600 + $19,200 + $19,800
= $2,600 + $5,600 + $19,200 + $19,800
= $47,200
Answer:
a. 41.6 million
b. 42.28 million
Explanation:
The computations are shown below:
a. For the forecast for July month:
= Number of checks received in June × smoothing constant + (1 - smoothing constant) × forecast in June
= 40 million × 0.2 + (1 - 0.2) × 42 million
= 8 million + 33.6 million
= 41.6 million
b. For the forecast for August month:
= Number of checks received in July × smoothing constant + (1 - smoothing constant) × forecast in July
= 45 million × 0.2 + (1 - 0.2) × 41.6 million
= 9 million + 33.28 million
= 42.28 million
c. In this, the exponential method is used. But in the given situation we use linear forecasting method
