Answer:
A. An operating expense.
Explanation:
Since in the question it is mentioned that the self insurance activity i.e. accounted for an internal service fund that paid the amount of $365,000. Also as we know that the internal service fund is a proprietary fund so the claim should be reported as an operating expenses in the revenues, expenses and change in net asset statement
Therefore the correct option is a.
$4, is the optimal price to charge for a block of 4 units.
Market power is the ability of a firm to influence supply, demand, or both in order to change the price of a product in the marketplace.
A corporation with significant market power has the power to control its profit margin by manipulating the market price. It may also be able to raise barriers for potential new entries into the market.
Because they may set or change the retail price of an item without giving up market share, companies with market power are frequently referred to as "price makers."
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Answer:
<u>$54,000</u>
Explanation:
First, we add the ratios together to determine the total parts:
3+2= 5
Next, we divide the cash balance of $90,000 by the total parts:
$90,000/5 = $18,000
To find the amount of cash distributed to Adriana we multiply by her ratio:
5*18,000 = $54,000.
Answer:
The optimal stocking level is 243 boxes
Explanation:
In order to calculate the optimal stocking level we would have to calculate the following formula:
optimal stocking level=mean+(Z* standard deviation)
According to the given data we have the following:
mean=250 boxes per day
standard deviation=22 boxes
To calculate the z value we would have to calculate the service level as follows:
service level=shortage/(shortage+overage)
service level=3/(3+5)
service level=0.38
Hence, z value is -0.31
Therefore, optimal stocking level=250 + (-0.31 * 22)
optimal stocking level=243 boxes
The optimal stocking level is 243 boxes
Answer:
E) Only Machine B is acceptable
Explanation:
The computation is shown below;
<u>For Machine A </u>
<u>Year Cash Flow PV Factor PV of Cash Flow </u>
0 -$9,000 1 -$9,000
1 $5,000 0.8696 $4,348
2 $4,000 0.761 $3,044
3 $2,000 0.6575 $1,315
NPV -$293
<u>Machine B </u>
<u>Year Cash Flow PV Factor PV of Cash Flow </u>
0 -$9000 1 -$9,000
1 $1,000 0.8696 $869.6
2 $2,000 0.761 $1,522
3 $11,000 0.6575 $7,232.5
NPV $624.1
As we can see that from the above calculations that the npv for machine A is in negative so the same should not be accepted but for machine the npv is in positive so the same should be accepted
