B. Keep surfaces clear
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I hope its the right answer....If its not I'm sorry, but I hope it helps!
Answer:
a.) psychiatric research
Explanation:
A research based on psychology is carried out with the sole purpose of analyzing the behavior of an individual or a group of individuals, based on their overall experiences. In this case, the research is also based on analyzing patients to see who is the best fir to participate in a community service project
Answer:
Increasing inflation expectations will change the demand curve to the left and the supply curve to the right, resulting in a fall in the price of the equilibrium. therefore new equilibrium occurs at a reduced price
Since Nominal rate of interest = Real interest rate + Inflation rate.
As a result, the rise in expected inflation will boost the nominal rate of interest on both quick-term and lengthy-term bonds.
The longer the bond maturity, the greater the volatility in price. The longer the maturity of the bond, the larger / bigger the price change as a result of market interest rate changes. As a result, long-term capital losses will be more than short-term capital losses.
Answer:
The maximum amount that an onvestor would be willing to pay for the stock today is $76.47
Explanation:
The constant growth model of the dividend growth adn DDM aproach will be used to calcualte the value of the stock as its dividends will grow by a constant percentage forever.
The price of the stock today based on this model will be,
P0 = D1 / r - g
Where,
D1 is the dividend expected for next year
r is the required rate of return
g is the growth rate in dividends
P0 = 5.2 / (0.14 - 0.072)
P0 = $76.47
Answer:
The correct answer is A: %70,154
Explanation:
Giving the following information:
True: Finding the present value of cash flows in future years tells you how much you would need to invest today so that it would grow to equal the given future amount.
What is the value today of a $158,000 cash flow expected to be received 12 years from now based on an annual interest rate of 7%?
We need to use the following formula:
PV= FV/(1+i)^n
FV= final value
i= interest rate
n= number of years
PV= 158000/(1.07^12)= $70,154