Analysts who research the stock market have found differences in required rates of return based on company size. The economist Eugene Fama studied stock market returns for all stocks from 1927 to 2011. Dividing the market up into deciles by market capitalization – from the largest 10% of companies to the smallest 10% of “micro-caps” – Dr. Fama found that the largest stocks returned 10.9% while the lowest group returned 21.6%. There was a continuum such that each smaller decile showed a higher rate of return. Average returns for the smallest half of the market were 17.24% vs. 13.32% for the larger half. Using these numbers for historical rates of return and the rule of 72, calculate the returns for a portfolio of $100,000 invested in small cap stocks vs. a portfolio of large caps – over a period of 30 years.
Years Require to Double Your Investment Under given Interest rate N = 72/ i (i = Annual Return)
No of compounding can be done in 30 Years C = 30/ N
Return Factor X = 2C
Portfolio Futue Value= 10,000 *X
Return of Portfolio (In percentage)= (10,000 *X - 10,000)*100/ 10,000 = (X - 1)*100
Invested in Large Cap (Largest 10% of companies)
Annual Return = 10.9%
Years Require to Double Your Investment Under given Interest rate N = 72/ 10.9 = 6.605
No of compounding can be done in 30 Years C = 30/ N = 30/ 6.605 = 4.5417
Return Factor = 2^4.5417 = 23.2909
Future Value = (23.2909 - 1) * 100 = 2229%
Invested in Small Cap ( Bottom 50% of companies)
Annual Return = 17.24%
Years Require to Double Your Investment Under given Interest rate N = 72/ 17.24 = 4.1763
No of compounding can be done in 30 Years C = 30/ N = 7.18333
Return Factor = 2^7.18333 = 145.34457
Future Value = (145.34457 - 1) * 100 = 14434%
Invested in Micro Cap (Bottom 50% of companies)
Annual Return = 13.32%
Years Require to Double Your Investment Under given Interest rate N = 72/ 13.32 = 5.4054
No of compounding can be done in 30 Years C = 30/ 5.4054 = 5.55
Return Factor = 2^5.55 = 46.85074
Future Value = (46.85074- 1) * 100 = 4585%
Invested in Micro Cap (Bottom10% of companies)
Annual Return = 21.6%
Years Require to Double Your Investment Under given Interest rate N = 72/ 21.60 = 3.333
No of compounding can be done in 30 Years C = 30/ 3.3333 = 9
Return Factor = 2^9 = 512
Future Value = (512 - 1) * 100 = 51100%
Analysts who research the stock market have found differences in required rates of return based on...
Historical Returns: Expected and Required Rates of Return Year You have observed the following returns over time: Stock X Stock y Market 2014 12 11 13% 2015 2016 -16 2017 10 12 2018 Assume that the risk-free rate is 5% and the market risk premium is 4% 3. What are the betas of stocks X and Y? Do not round Intermediate calculations. Round your answers to two decimal places Stock X: Stock Y: b. What are the required rates of...