Given below is hypothetical data on two stocks on the LUSE and the market data (All Lusaka Share Index). The market data already includes dividends paid during the year.
Stock 1 Stock 2 Market Index
Year Stock Price Dividend Stock Price Dividend (Includes Dividends)
2013: K25.88 K1.73 K73.13 K4.50 17,495.97
2012: 22.13 1.59 78.45 4.35 13,178.55
2011: 24.75 1.50 73.13 4.13 13,019.97
2010: 16.13 1.43 85.88 3.75 9,651.05
2009: 17.06 1.35 90.00 3.38 8,403.42
2008: 11.44 1.28 83.63 3.00 7,058.96
Required:
i. Prepare a table presenting the Returns on the three securities for each year (Years, as Rows; Security Names as Columns).
ii. Determine and explain the following for each security by referring to part (i) above:
o The appropriate Annual Average Return
o The Total risk exposure
o The Downside deviation (Semi deviation)
o The relationship between Stock 1 and the market, as well as Stock 2 and the market.
The stock price of the year 2008 will be the opening price for the year whereas the price of the year 2009 will be the closing price for the year 2008. As we don't have the 2014 price, so the dividend received in year 2013 is not taken into consideration.

The average return = {Sum of all returns/Number of Yeras}
Here we have return for 5 years.

The total risk exposure is the standard deviation of a stock which is calculated from the above data.
SD = square root of(Sum of Square of deviation/ {Number of Years-1})

Semi-deviation is used to measure the dispersion of an asset's price from an observed mean hence the negative deviations will only be considered to find the Downside deviation i.e. standard deviation of negative deviations.
The highlighted ones have a negative deviation from the mean and will be considered for downside deviation.
Downside Devaiation = square root of (sum of square of downside deviation/number of years)
Number of years for stock1 is 2 and for stock2 is 3

The relationship between the stock and market is given by co-variance among their return and beta of the stock which is a proxy for market risk.

The stock1 has a postitve covariance with the index which means the movement is along with the index or moves in the same direction of the index.
Whereas the second stock has a negative covariance which means it moves opposite to the index movement. That means when the index is declining the stock price is appreciating.
Given below is hypothetical data on two stocks on the LUSE and the market data (All Lusaka Share Index). The market data already includes dividends paid during the year. Stock 1 Stock 2 Market IndexYear Stock Price Dividend Stock Price Dividend (Includes Dividends)2013: K25.88 K1.73 K73.13 K4.50 17,495.972012: 22.13 1.59 78.45 4.35 13,178.552011: 24.75 1.50 73.13 4.13 13,019.972010: 16.13 1.43 85.88 3.75 9,651.052009: 17.06 1.35 90.00 3.38 8,403.422008: 11.44 1.28 83.63 3.00 7,058.96 Required:Question textWhat is the appropriate average...
Given below is hypothetical data on two stocks on the LUSE and the market data (All Lusaka Share Index). The market data already includes dividends paid during the year. Stock 1 Stock 2 Market IndexYear Stock Price Dividend Stock Price Dividend (Includes Dividends)2013: K25.88 K1.73 K73.13 K4.50 17,495.972012: 22.13 1.59 78.45 4.35 13,178.552011: 24.75 1.50 73.13 4.13 13,019.972010: 16.13 1.43 85.88 3.75 9,651.052009: 17.06 1.35 90.00 3.38 8,403.422008: 11.44 1.28 83.63 3.00 7,058.96 Required:Question textDetermine the systematic risk for...
Given below is hypothetical data on two stocks on the LUSE and the market data (All Lusaka Share Index). The market data already includes dividends paid during the year. Stock 1 Stock 2 Market IndexYear Stock Price Dividend Stock Price Dividend (Includes Dividends)2013: K25.88 K1.73 K73.13 K4.50 17,495.972012: 22.13 1.59 78.45 4.35 13,178.552011: 24.75 1.50 73.13 4.13 13,019.972010: 16.13 1.43 85.88 3.75 9,651.052009: 17.06 1.35 90.00 3.38 8,403.422008: 11.44 1.28 83.63 3.00 7,058.96 Required:Question textDetermine the systematic risk for...
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