Step 1 :First, we need to calculate the mean of x and y. The given values of x are [403, 454, 700, 480, 479, 399, 54, 60, 196, 152] and the given values of y are [17691, 28467, 43141, 31918, 66858, 66432, 21677, 10669, 30509, 27983]. The mean of x is 337.7 and the mean of y is 34534.5.
Step 2 :Next, we calculate the correlation coefficient. The numerator is the sum of the product of (x - x_mean) and (y - y_mean), which is 19525052.5. The denominator is the square root of the product of the sum of (x - x_mean) squared and the sum of (y - y_mean) squared, which is 36331632.40818291. The correlation coefficient, r, is the numerator divided by the denominator, which is 0.5374119247007025.
Step 3 :Finally, we calculate the coefficient of determination by squaring the correlation coefficient. The coefficient of determination, \( r^2 \), is 0.28881157681051356.
Step 4 :The coefficient of determination can be interpreted as the fraction of the variation in the proceeds that can be explained by the variation in the number of issues. The remaining fraction of the variation is unexplained and is due to other factors or to sampling error.
Step 5 :Final Answer: The coefficient of determination is approximately \(\boxed{0.289}\). This means that about 28.9% of the variation in the proceeds can be explained by the variation in the number of issues. The remaining 71.1% of the variation is unexplained and is due to other factors or to sampling error.