Answer:
Ending inventory= $3,485
Explanation:
Giving the following information:
Beginning inventory= 8 units for $200 each
On October 2= purchased 20 units at $205 each.
11 units are sold on October 4.
u<u>nder the FIFO (first-in, first-out) inventory method, the ending inventory is calculated using the cost of the last units incorporated into inventory.</u>
Ending inventory= 17*205= $3,485
Answer:
the investment's coefficient of variation is 1.25.
Explanation:
The coefficient of variation relates the units of return to the units of risk. It expresses the unit of risk per 1% of return as follows :
<em>Coefficient of Variation = Standard Deviation ÷ Return</em>
Therefore,
Coefficient of Variation = 10 ÷ 8
= 1.25
Answer:
$ 480 000
Explanation:
Assets : $700 000(@ beginning of year )
$100 000 increase (during year )
700 000+100 000=$800 000(@end of year)
Liabilities : $400 000(@ begininng of year )
$80 000 decrease (@ during of year)
400 000-80 000=$320 000 (@end of year)
Asset = Equity + Liability
Amount of owner’s equity at the end of the year (let x = owners equity)
800 000= x + 320 000
x= 800 000 - 320 000=$480 000
I believe, this programmed decision could best be described by: Classical Model.
In the classical model of decision making, we based the decision on something that is the most logical and rational.
This model commonly provide the most objective solution but often fail to see how emotions and relationship between members could influence the decisions.
