The answer is true because empowerment is a positive thing which leads to a positive outcome.
Answer:
$1,600
Explanation:
Best deals incorporation has a total of 10 units in the ending merchandise inventory on December 31
The units were bought in the month of November at a price of $160 for each unit
The replacement cost of the item is $162
Inventory is always recorded when the cost is low
Therefore, the amount that is to be reported as the merchandise inventory can be calculated as follows
=10 units × $160
= $1,600
Hence the amount reported as the merchandise inventory on the balance sheet is $1,600
Answer:
Year Cashflow [email protected]% PV
$ $
0 (750,000) 1 (750,000)
1 350,000 0.9259 324,065
2 325,000 0.8573 278,623
3 250,000 0.7938 198.450
4 180,000 0.7350 132,300
NPV 184,438
The correct answer is D. The difference in answers is due to rounding error.
Explanation:
Net present value is the diffrence between initial outlay and present value of inflow. We need to discount the cash inflows for year 1 to year 4 at 8% and then calculate the present value of cash inflows by multiplying the cash inflows by the discount factors. Finally, we will calculate NPV by deducting the initial outlay from the present value of cash inflows.
Answer:
a. net income= understated, retained earnings= understated
Explanation:
In accounting and auditing it is established that ending inventory and net income moves in the same direction when it comes to being overstated or understated. That implies that if <u>ending inventory is understated</u>, then cost of goods sold will be overstated by the same amount, and when costs are overstated it finally leads to <u>net income and gross profit being understated.</u>
Furthermore, since it is the net income that will be added to retained earnings thereafter, it implies that the lesser the net income the lesser will be retained earnings. Hence, understatement of ending inventory is understatement of net income and also retained earnings.
Answer:
$42.5 billion
Explanation:
the expected value formula = ∑ (valueₙ x probabilityₙ)
expected value = (low value x probability of low value) + (most likely value x probability of most likely value) + (high value x probability of high value)
= ($5 billion x 20%) + ($45 billion x 70%) + ($100 billion x 10%) = $1 billion + $31.5 billion + $10 billion = $42.5 billion
