Answer:
The correct answer is D.
Explanation:
Giving the following information:
Annual deposit= 5,000*1.25= $6,250
n= 35 years
i= 0.08 annual
To calculate the future value of the retirement plan, we need to use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
FV= {6,250*[(1.08^35)-1]}/0.08= }$1,076,980.02
Answer:
5
Explanation:
The formula to compute the interest coverage ratio is shown below:
= (Earning before tax + interest expense) ÷ (interest expense)
where,
Earning before tax equal to
= Net income ÷ (1 - tax rate)
= $120 ÷ (1 - 0.40)
= $200
And interest expense is $50
So, the interest coverage ratio equal to
= ($200 + $50) ÷ ($50)
= 5
The answer is C: chronological (because it pertains to an order and can involve history.
Investors select a stock based on the cash they expect to receive from that stock. that cash comes in the form of a and b.
Investors are usually different from traders. Investors invest capital for long-term gains, while traders buy and sell securities repeatedly in pursuit of short-term gains. Investors typically generate income by investing capital in either stocks or debt.
So how does an investor choose which stocks to buy?He has two main investment styles: active and passive. Active investors try to outperform the market by buying stocks that they believe are undervalued, with the intention of selling when the stock price rises.
Stock pick. An active portfolio management approach that focuses on a favorable selection of specific stocks rather than broad asset allocation.
Learn more about stock here: brainly.com/question/25818989
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The question is incomplete. Please read below to find the missing content.
Investors select a stock based on the case they expect to receive from that stock. That cash comes in the form of ____.
a. Dividends
b. The future sales price.
c. Interest payments.
d. Commissions.
Answer:
Ans. A) $9,314.45
Explanation:
Hi, first we have to bring to present value the monthly payments to be made for 30 years (360 months). In order for this to be useful, we have to convert this annua compounded monthly rate (6.25%) to an effective rate, that is 6.25% / 12 = 0.5208%. Now, when we find this present value, we are going to substract it from the price of the house and that is the value of the down payment. But let´s just go ahead and do it together.
We have to use this formula to bring to present value the $1,595.85 monthly payments, for 30 years (360 months) at a rate of 6.25% (0.5208% monthly).
It should look like this
Now, let´s go ahead and find the down payment.
So, the answer is a). $9,314.45
Best of luck.
