Answer:
15 years
Explanation:
If you are constructing a portfolio to cover the education expenses of your child and you expect that he/she graduates from college in 15 years, then the time horizon of your portfolio should be 15 years since it should cover all the expenses until your child graduates. If you start a little earlier and expect your child to graduate in 20 years, the time horizon will be 20 years, or if you start a little later and expect your child to graduate in 10 year, then the time horizon is 10 years.
True.
I hope this helps! :)
Answer:
Holding period return = 14.49%, Standard Deviation = 11.08 approx
Explanation:
Eco Scenario Dividend Stock Price HPR Prob Expected HPR
Boom 3 60 26 0.33 8.58
Normal 1.2 58 18.4 0.33 6.072
Recession 0.75 49 (0.5) 0.33 <u> (0.165)</u>
Expected HPR 14.49%
<u>Calculation Of Standard Deviation</u>
(A) (B) (A) - (B)
Given return Exp return d p 
60 50 3 26 14.49 11.51 0.33 43.718
58 50 1.2 18.4 14.49 3.91 0.33 5.045
49 50 0.75 (0.5) 14.49 14.99 0.33 <u> 74.15</u>
Total = 122.91
wherein, d = deviation
p = probability
Standard Deviation = 
= 
= 11.08
<u></u>
<u>Working Note</u>:
Holding period return = 
Boom = 
= 26%
Similarly, for normal = 
= 18.4%
Recession = 
= (0.5)%
figure in bracket indicates negative return
Answer:
The correct answer is option D.
Explanation:
Sunk costs can be defined as those costs which already been incurred and cannot be recovered anymore. These costs are excluded from business decision making.
It is can be referred to as a cost that is no longer relevant.
The $8 paid for a ticket, after the person starts watching the movie is a sunk cost as it cannot be recovered anymore.
Sunk costs are contrasted to relevant cost which is yet to be incurred in the future. Cost pf machinery, equipment, etc are examples of sunk cost.
Answer:
1. Y = 3730
2. Consumption function
Explanation:
1. Given that,
C = 140 + 0.9 (Yd)
T = 0.3Y
Yd=Y-T
I = 400, G = 800, X = 600, M = 0.15Y
Y = C + I + G + (X - M)
Y = 140 + 0.9 (Y - 0.3Y) + 400 + 800 + (600 - 0.15Y)
Y = 140 + 0.9 Y - 0.27Y + 1,800 - 0.15Y
Y = 1,940 + 0.48Y
Y - 0.48Y = 1,940
0.52Y = 1,940
Y = 3,730.76 or 3,730
2. C = 210 + 0.8 (Yd) is a consumption function.
