A company runs a regression analysis to determine sales based on advertising expenditures, which can be shown in a linear equation as y = 2x + 25,000. The company plans to spend $20,000 on advertising. Which sales figure should the company expect to generate based on the given equation?
$65,000
By substituting the advertising expenditure of $20,000 into the regression equation \(y = 2x + 25,000\), we find that the expected sales figure is $65,000.
To arrive at this figure, one would have to incorrectly calculate the equation, perhaps by misapplying the values or misinterpreting the coefficients. Specifically, substituting $20,000 into the equation yields different results, indicating that this choice is not derived from the correct application of the regression formula.
This choice may result from an incorrect understanding of the linear relationship between advertising expenditure and sales. By using the equation \(y = 2(20,000) + 25,000\), one should find a higher sales figure than $50,000, making this option an underestimation of expected sales.
This is the correct calculation. Substituting $20,000 for \(x\), we compute \(y = 2(20,000) + 25,000\) which results in \(y = 40,000 + 25,000 = 65,000\). This is the expected sales figure based on the regression analysis.
This figure suggests an overestimation of sales given the linear equation provided. A calculation error or a misunderstanding of the linear relationship could lead to this option being chosen, as the correct computation results in $65,000 instead of $75,000.
The regression analysis indicates a direct relationship between advertising expenditures and expected sales. By correctly substituting the planned advertising expense of $20,000 into the equation \(y = 2x + 25,000\), the company can accurately anticipate sales of $65,000. Misinterpretations of the equation can lead to significant underestimations or overestimations, emphasizing the importance of precise calculations in data analysis.
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