Answer: $17800
Explanation:
The opening balance of Retained earnings = $24,100
Net Income for the year = $19,900
Closing balance of Retained earnings = $ 26,200
The, the amount of dividends declared during the year = (opening balance) +(Net Income) -(
Closing balance)
= $ (24100+19900-26200)
= $17800
Hence, the amount of dividends declared during the year is $17800.
Answer:
$41.96
Explanation:
The first thing you need to do is to calculate terminal value at the end of time t = 3. Then the intrinsic value of the stock is sum of discounted cashflow from t =1 to t = 3 (cashflows at t = 3 includes dividend as well as terminal value).
Terminal value at t = 3 = Dividend in year 4/(Required rate of return - Dividend growth)
= 4.25 x (1 + 3%)/(12.5% - 3%)
= 46.08
Then value of the stock is calculated as below:
Stock intrinsic value = 3.8/(1 + 12.5%) + 4.1/(1 + 12.5%)^2 + (4.25 + 46.08)/(1 + 12.5%)^3
= 41.96
Answer:
$259.35
Explanation:
The computation of the amount of cash paid is shown below:
= (Purchase value of merchandise - returned goods of merchandise - discount charges)
= ($9,100 - $455 - $259.35)
= $8,385.65
The discount charges is
= (Purchase value of merchandise - returned goods of merchandise) × discount rate
= ($9,100 - $455) × 3%
= $259.35
We simply applied the above formula
Answer:
You should never use the top of a ladder as a step. The employer should correct the worker’s behavior and ensure he knows the proper way to use a ladder.
Explanation:
He is standing at the top. He is not suppose to and OSHA does not approve this.
Answer:
-11.8%
Explanation:
the key to answer this question is to remember that valuation of a bond depends basically of calculating the present value of a series of cash flows, so let´s think about a bond as if you were a lender so you will get interest by the money you lend (coupon) and at the end of n years you will get back the money you lend at the beginnin (principal), so applying math we have the bond value given by:

so in this particular case that one year later there are 29 years to maturity so we have:


so as we have a higher rate the investment has the next return:

