Your portfolio had the values in the following table for the four years listed:
Beginning
Value Ending Value
2016 60,261
55,436
2017 55,436
65,892
2018 65,892 68,750
2019 68,750 70,180
a. Calculate your return for each year over the 4-year period. Then calculate the average return over the 4-year period.
b. Calculate the portfolio standard deviation.
The return for 2016 is ______%. (Round to two decimal places.)
The return for 2017 is ______ %. (Round to two decimal places.)
The return for 2018 is ______% (Round to two decimal places.)
The return for 2019 is ______%. (Round to two decimal places.)
The average return is _______%. (Round to two decimal places.)
The standard deviation is _____%. (Round to two decimal places.)
a.
Periodic return = (Ending value – Beginning value)/ Beginning value
Return for 2016 = (55,436 - 60,261)/ 60,261 = (4,825)/ 60,261 = -0.080068369 or -8.01 %
Return for 2017 = (65,892 - 55,436)/ 55,436 = 10,456 / 55,436 = 0.1886139 or 18.86 %
Return for 2018 = (68,750 - 65,892)/ 65,892 = 2,858 / 65,892 = 0.04337401 or 4.34 %
Return for 2019 = (70,180 - 68,750)/ 68,750 = 1,430/ 68,750 = 0.0208 or 2.08 %
Average return = -8.01 % + 18.86 % + 4.34 % + 2.08 % = 17.27 % /4 = 4.3175 % or 4.32 %
b.
Year |
Beginning Value (B) |
Ending Value (E) |
Return (E-B)/B |
Return - Average |
(Return - Average)2 |
2016 |
60,261 |
55,436 |
-8.01% |
-12.32% |
1.51901% |
2017 |
55,436 |
65,892 |
18.86% |
14.54% |
2.11511% |
2018 |
65,892 |
68,750 |
4.34% |
0.02% |
0.00000% |
2019 |
68,750 |
70,180 |
2.08% |
-2.24% |
0.05009% |
Total return |
17.27% |
3.68421% |
|||
Average return |
4.32% |
Standard deviation = √ [1/n-1 ∑ (Return - Average) 2]
= √ [1/4-1 x 3.68421%]
= √ (0.0368421/3)
= √ 0.0122807 = 0.11081832 or 11.08 %
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