Answer:
With respect to this lease, for 2018 Ogleby should record interest expense of $57,058 and depreciation expense of $107,225. The right answer is c
Explanation:
According to the given data we have the following:
PV of lease=$750,578
Annual payment=$180,000
Rate of interesr=10%
The interest expense would be calculated as follows:
Interest expense = ( PV of lease - Annual payment ) * Rate of interest
Interest expense = ( $750,578 - $180,000 ) * 10%
Interest expense = $57,058
Therefore, With respect to this lease, for 2018 Ogleby should record interest expense of $57,058 and depreciation expense of $107,225.
<h3>The short-run aggregate supply curve shows the relationship between the price level and aggregate expenditure
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Explanation:
A short-run aggregate supply curve (SRAS) is a graphical model that shows the positive relationship between aggregate price level and aggregate production amount supplied in an economy. The short-run aggregate supply curve is sloping upward as the supplied quantity increases as the prices increase.
The short-run aggregate supply curve captures the relationship between the actual output and the price level. True production becomes bigger as the price level increases. As the price level decreases, actual production decreases too.
Putting the wrong wires together and not knowing what goes to what
Answer:
Sample size = 384.16 ≈ 385
If we increase the order size to 25,000, there will be no change in the sample size as sample size is independent of the number of orders
Explanation:
Data provided in the question:
Number of sales order received per day = 2500
Confidence level = 95%
Certainty factor for 95% certainty = 1.96
Now,
Sample size = 
on substituting the respective values, we get
Sample size = 
or
Sample size = 384.16 ≈ 385
If we increase the order size to 25,000, there will be no change in the sample size as sample size is independent of the number of orders
It is called A COST DRIVER. A cost driver refers to any factor that causes a change in the cost of an activity. Cost driver is used to assign overhead costs to the quantity of a particular goods that is manufactured. Example of a cost driver is direct labour hours input into a production operation.
