Answer:
Semi-strong Form Efficient.
Explanation:
There are three levels of market efficiency as weak, semi-strong and strong.
In a semi-strong form efficient market, the stock prices change independently of the previous return points and the current information so it is not possible to predict the future stock prices.
The example given in the question, which states that the neighbor has non-public information, can be classified as a semi-strong form efficient market.
I hope this answer helps.
Answer:
the answer is D) all of the above are equally useful in this case
Explanation:
why? every company who is planing to offers a new good or product its important to know to which market you want to sell it, and the average age, either the company who had been working with the same product, perhaps more capacity of production in the same market, you have to do a market strategy to know if you are able to get into the new market.
Distribution is treated as a deductable to the shareholders of 1:10 to each dollar amount.
The following journal entry will be passed in the books of accounts and the interest expense is calculated to an amount of $9600
<u>Explanation:</u>
Given data:
amount of note: $200000, annual principal payments to be made each year at December 31st = $40000, interest amount to be charged = 6 percent, duration of note = 5 years
the following calculation is made in order to find out the amount of interest:
Amount of note minus principal payment multiply with rate of interest
now, putting the figures in formula:
interest = 200000 minus 40000 = $160000 multiply with .06 = $9600
Thus, the interest amount = $9600
The interest expense will be debited with an amount of $9600 in the books of accounts.
Answer:
1. Calculate the monthly payment for a 30-year mortgage loan.
we can do this by using the present value of an annuity formula
the loan's interest rate is missing, so I looked for a similar question and found that it is 6%
present value = monthly payment x annuity factor
monthly payment = present value / annuity factor
- present value = $200,000 (loan's principal)
- PV annuity factor, 0.5%, 360 periods = 166.79161
monthly payment = $200,000 / 166.79161 = $1,199.101082 ≈ <u>$1,199.10</u>
2. Calculate the amount of interest that you’d pay for a 30-year mortgage loan.
total interests paid during the 30 years = (monthly payment x 360) - principal = ($1,199.10 x 360) - $200,000 = <u>$231,676</u>
