Answer: He most likely would have benefited by diversifying.
Explanation:
Answer:
total Equity at end of the year = $69019 million
Explanation:
given data
assets = $123,249 million
liabilities = $54,230 million
to find out
total equity
solution
we get here total Equity at end of the year that is express as
total Equity at end of the year = Asset - Liabilities .................1
put here value we get
total Equity at end of the year = $123,249 million - $54,230 million
total Equity at end of the year = $69019 million
Answer:
See below
Explanation:
Computation of estimated cash payment expense is seen below
Variable expenses
Sales in unit for August 4,000
Sales in unit September 4,000 × 110% = 4,400
Total variable expense 4,400 × $0.15 = $660
Fixed expense per quarter
Salaries $5,000 × 3 = $15,000
Depreciation $1,500 × 3 = $4,500
Total = $19,500
Budget total = $20,160
Estimated cash payment = $20,160 - $4,500 = $15,660
Answer:
Option B is correct.
Explanation:
In order to answer this question correctly, we first need to understand the law of demands.
Law of demands: It says that the relationship of price and quantity demanded is inversely proportional. It means if the price of a particular product goes high, then the quantity of demand will be reduced. Similarly, if the price of the product is low then the quantity of demanded will be higher.
Here,
Option B is the most relevant to the Law of Demand which says that Kathleen eats more steak when the price is low. It means when the price is low, the quantity of steak demanded is higher in Kathleen's case. Furthermore, Kathleen eats less when the price is high. It means, when the price of steak is higher then the quantity of steak demanded from Kathleen is low.
Hence, Option B is the correct option which fulfills the law of demand.
Answer:
$132,300
Explanation:
The total manufacturing costs for the month can be calculated as follows
Direct labor + indirect materials + factory manager salary + indirect labour + direct materials + depreciation on factory equipment
= 40,600 + 16,200 + 8,200 + 10,000 + 7,300 + 41,500 + 8,500
= $132,300
Hence the total manufacturing costs if $132,300