Answer:
The market price of this bond is: $1,069.8.
Explanation:
To calculate the market price of the bond, we have to use the following formula:
Bond Price= C*((1-(1+r)^-n)/r)+(F/(1+r)^n)
C= periodic coupon payments: $1,000*7%= $70
F= Face value: $1,000
r= Yield to maturity: 5.85%
n= No. of periods until maturity: 8 years
Bond Price= 70*((1-(1+0.0585)^-8)/0.0585)+(1,000/(1+0.0585)^8)
Bond Price= 70*((1-0.635)/0.0585)+(1,000/1.58)
Bond Price= 70*6.24+633
Bond Price= 436.8+633
Bond Price= 1,069.8
Answer:
The answer is: Following the expected value criterion the investor should choose indistinctively between the conservative or neutral alternatives.
Explanation:
The formula we use to calculate the expected return value of the different alternatives is:
ERV = ∑ (expected return x probability of occurrence)
The conservative alternative has an expected return value of of 4.5%
ERV Conservative = (6% x 25%) + (4% x 75%) = 4.5%
The neutral alternative also has an expected return value of of 4.5%
ERV Neutral = (12% x 25%) + (4% x 75%) = 4.5%
The aggressive alternative has an expected return value of of -1%
ERV Aggressive = (20% x 25%) + (-8% x 75%) = -1%
It is the standard (IRS) form that individuals use to file their annual income tax returns
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