Answer:
a. Revenues - These will increase by $5 million to represent the entire value of the order.
b. Earnings. - Increase by $3 million
Earnings in this case are revenue less the cost of inventory which will be;
= 5 - 2
= $3 million
c. Receivables - Increase by $4 million
The customer paid $1 million upfront which means that they still owe $4 million out of the $5 million. This will go to the receivables account to show that the customer owes the business.
Answer:
a. Demand will increase.
b. Demand will increase.
c. Demand will increase.
d. Demand will decline.
e. Demand will increase.
Explanation:
a. If small automobiles become more fashionable, people will prefer them more. This will lead to an increase in demand for autos.
b. If there is an increase in the price of large automobiles and the price of the small automobiles remain the same, people will prefer the cheaper substitutes. This will cause the demand for small automobiles to increase.
c. Inferior goods have a negative income effect. SO, when income declines the demand for small autos will increase and vice versa.
d. If consumers expect the price of small autos to fall in the near future, they will hold their money to buy autos when their price fall. This will cause the current demand to fall.
e. When the price of gasoline drops it will become cheaper to use autos. This will lead to an increase in demand for autos.
Answer:
$65.85
Explanation:
Calculation for What should the offer price be
Using this formula
Offer price=(Preferred stock× Liquidating value)/Return
Let plug in the formula
Offer price = (0.054 × $100) / 0.082
Offer price=5.4/0.082
Offer price = $65.85
Therefore the offer price should be $65.85
Answer:
Cost to retail ratio = 57.05%
Explanation:
Particulars Cost Retail
Beginning Inventory $46,000 $66,000
Add: Purchases $213,000 $406,000
Less: Purchases Return $7,000 $9,000
Freight In $15,558 -
Net Markups - $6,400
Good Avail. for Sales (Without markdowns) $267,558 $469,000
Cost to retail ratio = $267,558/$469,000
Cost to retail ratio = 0.570486
Cost to retail ratio = 57.05%
The number of births in a population in a certain amount of time is the birth rate
