Answer:
EPS = $7.94
diluted EPS = $7.94, since there are no diluted shares in 2018
Explanation:
January 2018 = 550,000 common stocks
March 31 = 140,000 new shares issued = 105,000 weighted stocks
net income = $5,200,000
EPS = net income / weighted common stocks = $5,200,000 / (550,000 + 105,000) = $5,200,000 / 655,000 stocks = $7.939 ≈ $7.94 per stock
there are no diluted shares since the agreement with the president of the board starts in 2019, and we are calculating the EPS for 2018. The same applies to the controller, since her agreement starts in 2026.
Answer:
The correct answer is letter "B": 180.
Explanation:
During the first year a business operates, companies can elect to deduct up to $5,000 from their costs. If the costs are higher than $50,000, the deduction of $5,000 will be reduced by the exceeding amount. However, that exceeding amount can be amortized for up to 15 years (180 months).
Answer: Externally focused and valuing stability and control.
Explanation:
Market Cultured Organizations are very aggressive. They are results -driven, market - orientated and very competitive.
They are most common in larger businesses where much is asked from and given by employees.
In this culture, STABILITY is key and the main driving force is to PENETRATE and dominate the market.
Answer:
Missing word <em>"You are now 18 years old and are allowed to withdraw the money for the first time. The account currently has $3996 in it and pays an 8% interest rate."</em>
a. At 18 years, future value of current amount (compounded for another 7 years at 8%)
= $3,996 * (1.08)^7
= $3,996 * 1.7138
= $6,848.34
b. At age 65, future value of this amount (compounded for another 40 years at 8%)
= $6,848.44 * (1.08)^40
= $6,848.44 * 21.7245
= $148,779.93
c. Future Value = Present Value * (1 + Interest Rate)^n
So, let initial the money deposited be represented by Y
=> $3,996 = Y * (1.08)^18
=> $3,996 = Y * 3.996
Y = $3,996 / 3.996
Y = $1,000
Answer:
the numbers are missing, so I looked for a similar question:
- investment today = $3,000
- receive $10,250 in 5 years
a) I will use the future value formula to determine the internal rate of return:
future value = present value x (1 + r)ⁿ
- future value = 10,250
- present value = 3,000
- n = 5
10,250 = 3,000 x (1 + r)⁵
(1 + r)⁵ = 10,250 / 3,000 = 3.4166667
⁵√(1 + r)⁵ = ⁵√3.4166667
1 + r = 1.27855826
r = 0.27855826 = 27.86%
b) assuming a $3,000, 27.86%, 5 year annuity, the annual payment will be:
annual payment = principal / FV annuity factor, 27.86%, 5 periods
- principal = $10,250
- PV annuity factor, 27.86%, 5 periods = 8.67633
annual payment = $10,250 / 8.67633 = $1,181.38
