Answer:
Option "B" is the correct answer to the following statement.
Explanation:
The price elasticity of demand determines the flexibility of the volume needed to adjust the price.
The demand of an individual or market becomes inelastic if it will not adjust much to increasing prices, and it is elastic for an individual or market if the demand of a particular commodity will shift a lot as prices shift.
Answer:
50 customers per day
Explanation:
For computing the capacity required customers per day, first, we have to compute the current demand per day which is shown below:
Current demand = Average number of pets per day × estimated percentage
= 74 pets × 60%
= 44.4 per day
Now the capacity required per day would be
= (Current demand per day) ÷ (1 - capacity cushion percentage)
= 44.2 ÷ (1 - 0.12)
= 50.22 per day
Answer:
c. 21,645
Explanation:
The computation of number of fans required to meet the company's goal is shown below:
= (Fixed cost+ target profit) ÷ (Contribution margin per unit)
= ($222,640 + $470,000) ÷ ($32)
= ($692,640) ÷ ($32)
= $21,645
The contribution margin per unit = Selling price per unit - Variable expense per unit
Therefore, the number of fans equal to $21,645
We calculated by above formula.
Answer:
A. dr. Bad Debt Expense 3,000 and cr. Allowance for Doubtful accounts 3,000
Explanation:
Bad debt Expense will be calculated using the percentage of debt loss. The expense will be calculated using the account receivable balance.
Closing Value of the Allowance for Doubtful Accounts will be as follow
Closing Balance = $100,000 x 5% = $5,000
As Allowance for Doubtful Accounts already have credit balance of $2,000, we need to adjust the remainder to make the closing balance of Allowance for Doubtful Accounts $5,000 at the year end.
Adjustment Value = $5,000 - $2,000 = $3,000
Answer:
Given that generators generate greater profit with less consumption of hours, the maximum profit would be building 130 generators, obtaining $ 32,500 of profit, and there would be 10 hours of testing left over.
Explanation:
Since the Electrotech Corporation manufactures two industrial-sized electrical devices: generators and alternators, and both of these products require wiring and testing during the assembly process, and each generator requires 2 hours of wiring and 1 hour of testing and can be sold for a $ 250 profit, while each alternator requires 3 hours of wiring and 2 hours of testing and can be sold for a $ 150 profit, and there are 260 hours of wiring time and 140 hours of testing time available in the next production period and Electrotech wants to maximize profit, to determine this situation the following mathematical logical reasoning must be carried out:
260/2 = 130
140 - 130 = 10
130 generators = 32,500
Thus, given that generators generate greater profit with less consumption of hours, the maximum profit would be building 130 generators, obtaining $ 32,500 of profit, and there would be 10 hours of testing left over.
