The value of the best choice is called ' Opportunity Cost' in economics.
Answer:. ............$
1. Bad debt Dr. 11.0000
Account receivable Or. 11.000
Narration: Bad debts writing off debtors
2. Cash/Bank. Dr 1800
Profit or loss Cr. 1800
Narration. Bad debt previously written off recovered
3. Profit or loss Dr 4000
Allowance for doubtful debts Cr
4000
Narration. Increase in provision for doubtful debts.
To solve for the semimonthly payments on Max's insurance cost:
Annual insurance rate: $11,700
Employer pays 60%
What is Max's amount to pay?
(11,700)(.60) = $7,020
Max's employer pays $7,020
Max pays $4,680 (11,700-7,020)
If Max pay's $4,680 a year and we want to know but he pays semimonthly, or twice a month then we need to divide his annual payment by 24 since there are 12 months and he pays twice a month.
($4,680/24)= $195
Max pays $195 semimonthly for his insurance.
Answer:
a) channel members.
Explanation:
A push-based distribution system can be defined as one whose production plan is directed from management to the market, where products are sent through a channel until they reach retailers, and then to the final consumer.
Therefore, managers direct their promotional efforts more towards channel members, so that the path that the product goes through to reach the final consumer is effective so that the product arrives in the right way, in the right quantity and at the right time to the consumer. Effective management of the company 's distribution channel helps to reduce costs, reduce delays, speed up the capacity to meet demand, increase customer satisfaction, etc.
Answer:
Option (A) is correct.
Explanation:
Given that,
Estimated fixed cost = $288,000
Estimated variable cost = $14 per unit
Units expects to produce and sell = 60,000
Selling price = $20 per unit
We first need to calculate the contribution margin:
Contribution margin per unit:
= Selling price - Variable cost
= $20 - $14
= $6
The break even point in units is the ratio of fixed cost to the contribution margin per unit.
Break-even point in units:
= Fixed cost ÷ Contribution margin per unit
= $288,000 ÷ $6
= 48,000 units
