Answer: $26; $28.057
Explanation:
Total value = $260 million in assets
Shares outstanding = 10 million
Dividends = $2.5 million
Fund value at the start of the year =
=
= $26
Fund value at the end of the year:
Dividend per share =
=
= $0.25
Price gain at 9% with deduction of 1% of 12b-1
Fund value at the end of the year = $26 × 1.09 × (1 - 0.01)
= $28.057
Answer:
Adjusted cash balance is $ 60,224.
Explanation:
Detailed steps of solution are below
Answer:
Quantity discounts can be taken advantage of for large lot sizes.
Explanation:
The EOQ model assumptions:
the order of one item does not intervene with the other.
The order will arrive without delay and with a specific amount of goods.
no losses or damage in transit
The EOQ does not consider the discount for large lot size, their formula does not consider the value of the goods:
Its use: Demand of the good
cost of Setup, or ordering cost.
and Holding cost, the cost of keeping the inventory
There is no variable to account for discounts for order size in this method
Answer:
The correct answer is: <u>5 years</u>.
Explanation:
To begin with, the Uniformed Services Employment and Reemployment Rights Act of 1994 is the name given to an American law in the U.S. federal government in order to protect the rights of the civilians who were called to serve in military services regarding the subjects of their jobs and employment. It was signed into law by the U.S. President Bill Clinton in October 13, 1994.
Secondly, the criteria from the act known as USERRA establishes that the maximun period of time that a person could be absent from his work due to military duties and still retain reemployment according to the act is up to five years.
Answer:
$51,164
Explanation:
The project's terminal cash flow is basically the cash flow of the project's last year.
depreciable value = $80,000 + $6,000 - $23,031 = $62,969
depreciation expense per year = $62,969 / 5 = $12,593.80 per year
net cash flow year 5 = [(savings - depreciation expense) x (1 - tax rate)] + depreciation expense + salvage value + recovery of net working capital = [($28,000 - $12,593.80) x (1 - 35%)] + $12,593.80 + $23,031 + $5,525 = $51,163.83 ≈ $51,164