Answer:
Annual market potential = $85,848 millions
Explanation:
The annual market potential is the expected sales value for the soft drink product for a year should the maximum number of potential consumers purchase the product at the average price.
Annual market potential = Average price × No of consuming unit × consumption rate per annum
Maximum number of consuming unit = 80%× 300 million =240 million
Consumption rate per buyer per annum = 365
Average price = $0.98
Annual market potential ($) = 0.98× 240× 365 =$85,848 millions
Annual market potential = $85,848 millions
Answer:
A) $0
Explanation:
If the award was unsolicited and given to Joan in recognition for her accomplishments in scientific, educational, literary, religious, artistic, or civic fields, then the award is not taxed.
The unsolicited part is the key here, since most awards are given to candidates that have been previously been nominated by someone, e.g. Nobel prizes are only given to nominated candidates and the winners must pay income taxes.
Answer:
D. $42,000 should be debited to Land Improvements
Explanation:
The cost of the land housing the parking is recorded in the land account. Other costs such as paving cost and lights are improvements and as such are added and recorded in the Land Improvements accounts.
Total Land improvements = $30,000 + $12,000
= $42,000
The right answer is D. $42,000 should be debited to Land Improvements.
Answer: 980
Explanation:
The number of units of inventory that the storage area must be able to hold will be calculated as:
Demand = 100 × 300 = 30000
Production rate per day = 500
Setup cost = $200
Annual holding cost = $10
We then use the economic order quantity formula to solve and the answer will be gotten as 1225
The maximum inventory will now be:
= EQQ × (1-d/p)
= 1225 × (1-100/500)
= 1225 × ( 1 - 0.2)
= 1225 × 0.8
= 980