Answer: a) total assets will increase by less than four percent
Explanation:
Since the tax rate and the dividend payout ratio are fixed, and you have net working capital and all costs varying directly with sales, the total assets will increase by a value that is less than the annual increase in sales.
Answer:
D) The extra energy benefits Patrick gets from another can are no longer worth the cost. MB/MC (S)
Explanation:
The optimal quantity for Patrick to consume is 5 cans of GreenCow.
This is the quantity where MARGINAL BENEFIT EQUALS MARGINAL COST. For all quantities up to the 5th, the marginal benefit is higher than the marginal cost. This means that Patrick's net benefit is increasing, and consuming all units up to this point make him better off.
If Patrick were to consume any more than 5 cans of GreenCow, the cost of each additional can would be higher than the additional benefit (because the marginal cost curve is higher than the marginal benefit curve). Consuming any cans beyond the 5th, therefore, makes him worse off.
Answer:
a. $349,700
b. $209,900
Explanation:
The computation is shown below:
Before computing the cash payment made to supplier first we have to find out the purchase amount which is shown below:
(a) Change in Finished goods + purchase = Cost of goods sold
-$25,800 + purchases = $307,000
So, the purchase is $332,800
Now
Cash paid to supplier is
= $332,800 + $16,900
= $349,700
And,
(b) Cash paid for operating expenses is
= $229,000 - $8,000 - $11,100
= $209,900
Answer:
B)secure industries that are expected to grow.
Explanation:
The other person was right but just accidently said A) instead of B)
Hope this helps! :D
Answer:
$29,500
Explanation:
Given that,
Beginning inventory = $12,000
Ending inventory = $6,000
Purchases = $25,000
Purchase return = $1,500
Kuyu’s cost of goods sold during the period:
= Beginning inventory + Net purchases - Ending inventory
= Beginning inventory + (Purchases - Purchase return) - Ending inventory
= $12,000 + ($25,000 - $1,500) - $6,000
= $12,000 + 23,500 - $6,000
= $29,500
