Answer: The Option "d.returning inventory that is defective or broken" is NOT an example of safeguarding inventory.
Explanation: If we analyze the statements:
a.physical devices such as two-way mirrors, cameras, and alarms - These are all tools intended for protection against possible inventory theft.
b.storing inventory in restricted areas - Restricting access only to inventory-enabled personnel is able to protect the inventory much more than if anyone can access it.
c.matching receiving documents, purchase orders, and vendor's invoice - Controlling each of the purchase documents and performing the physical count reduces the possibilities of inventory differences for losses or errors.
d.returning inventory that is defective or broken - Returning the defective inventory is a post-echo action that occurred due to the unprotection of the inventory, therefore it could not be referred to as an example of inventory protection.
Answer:
Appropriate patent amortization expense = $10 million
Explanation:
As per the data given in the question,
Annual amortization expense = Cost ÷ Time
= $36 ÷ 9
= $4 million
Year 2018 Amortization Expense 4 Years = $4 million × 4
= $16 million
Unamortized cost = $36 million - $16 million
= $20 million
Year 2018 Amortization expense 4 years = $20 million ÷ 2
= $10 million
Answer:
$86.20
Explanation:
Total return from stock = Current price * expected return
Total return from stock = 80*14%
Total return from stock = $11.20
Dividend already realized = $5
Capital gain = $11.20 - $5
Capital gain = $6.20
End of one year price = Beginning price + capital gain
End of one year price = $80 + $6.20
End of one year price = $86.20
Therefore, at the end of one year price is $86.20
What exactly do you need to talk about… but hey i’m here lol
Answer:
Yes, her decision was correct because of Net present value rule.
Explanation:
the net present value (NPV) applies to a series of cash flows occurring at different times.
The present value of a cash flow depends on the interval of time between now and the cash flow. It also depends on the discount rate. NPV accounts for the time value of money. It provides a method for evaluating and comparing capital projects or financial products with cash flows spread over time, as in loans, investments, payouts from insurance contracts plus many other applications.
Time value of money dictates that time affects the value of cash flows.
