Answer:
dividend payment = $6
Explanation:
given data
sell = $65
pay = $65.74
require a return = 8%
solution
we will use here present value formula that is express as
current stock price ( present value ) =
........................1
$65.74 = 
here d is dividend
solve it we get
d = $6.00
so dividend payment = $6
Answer:
$8,000
Explanation:
Since Mary is not 59 1/2 years old yet, the distributions she gets from her Roth IRA will be taxed (she only met the 5 year rule). She will have to pay a 10% penalty and income taxes on the earnings that she withdraws.
Mary will have to pay only for the earnings that she withdraws, and luckily for her the contributions are withdrawn first. Mary's earnings = $38,000 - contributions = $38,000 - $30,000 = $8,000
Answer:
The answer is: There are different versions of the retail inventory method.
Explanation:
There are several types of retail inventory method:
- the conventional (lower of average cost or market) method,
- the cost method
- the LIFO retail method
- the dollar value LIFO retail method
The retail inventory method is very useful for large retailers (e.g. grocery stores, hypermarkets, etc.). Its greatest advantage is that the inventory balance can be calculated without a physical count.
Answer: Please refer to the explanation section
Explanation:
When a consumer is choosing between two goods which are considered to be perfect substitutes , the optimal bundles choice will be the number of good x and good z that will yield maximum utility is found the ratio of Marginal utility of good x and marginal utility of good z equals the ratio of the Price of good x and the price of good z or The Marginal utility of good x per dollar must be equal to the marginal utility of good z per dollar.
Marginal Utility of good x = MUx
Marginal Utility of Good z = MUz
Utility function = U(qx,qz)
qx and qz maximises U(qx,qz) when
=
or 
When she receives the same marginal utility per dollar in good x and good y, utility is maximized