Answer:
See calculations below
Explanation:
With regards to the above we'll simply add back the given depreciation to the net profit for 2018
= Net income $1,090,000 + depreciation
$290,000
= $1,358,000
Cash flow for 201 is $1,358,000
Answer: B. 1023, 1500, 2000}
Explanation:
The Optimal solution should contain the set of quantities that would require the lowest no. of orders to achieve a discount in a class.
1,023 is quite close to the lowest amount required of 1,000 in the 1,000 to 1,499 range.
So are 1,500 and 2,000.
Option D can also work but it has too many order quantities and will inflate the price.
The Optimal Solution therefore has to be from this option.
The answer is 562.754405
The total amount she will have to pay back in four years is. 562.754405
Answer:
$6,734
Explanation:
On December 31, there were 46 units remaining in ending inventory.
These 46 units consisted of
6 from January x $123 = 738
8 from February x $133 = 1064
10 from May x $143 = 1430
8 from September x $153 = 1224
14 from November x $163 = 2282
Using the specific identification method, the cost of the ending inventory is: 734 + 1064 + 1430 + 1224 + 2282 = $6734
Answer: D) buyers would scramble to get all available widgets.
Explanation:
The law of demand states that more quantity is demanded at a lower price, therefore if producers move prices from P3 to P1 there would be an increase in quantity of widgets demanded. Buyers would scramble to get all available widgets wich will create a shortage in the market
