Data was collected for a regression analysis where sleep quality (as a percentage) depends of caffeine consumed in a day (measured in mg). bo was found to be 92.7, b₁ was found to be -0.76, and R² was found to be 0.86. Interpret the slope of the line. O On average, each one mg increase in caffeine consumed increases a person's sleep quality by 92.7%. On average, when x = 0, a person has a sleep quality of -0.76%. O On average, each one mg increase in caffeine consumed decreases a person's sleep quality by 0.76%. O On average, when x = 0, a person has a sleep quality of 92.7%. We should not interpret the slope in this problem. O We should interpret the slope in this problem, but none of the above are correct.

MATLAB: An Introduction with Applications
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Data was collected for a regression analysis where sleep quality (as a percentage) depends on the amount
of caffeine consumed in a day (measured in mg). bo was found to be 92.7, b₁ was found to be -0.76, and
R² was found to be 0.86. Interpret the slope of the line.
O On average, each one mg increase in caffeine consumed increases a person's sleep quality by 92.7%.
O On average, when x = = 0, a person has a sleep quality of -0.76%.
O On average, each one mg increase in caffeine consumed decreases a person's sleep quality by 0.76%.
On average, when x = 0, a person has a sleep quality of 92.7%.
O We should not interpret the slope in this problem.
O We should interpret the slope in this problem, but none of the above are correct.
Transcribed Image Text:Data was collected for a regression analysis where sleep quality (as a percentage) depends on the amount of caffeine consumed in a day (measured in mg). bo was found to be 92.7, b₁ was found to be -0.76, and R² was found to be 0.86. Interpret the slope of the line. O On average, each one mg increase in caffeine consumed increases a person's sleep quality by 92.7%. O On average, when x = = 0, a person has a sleep quality of -0.76%. O On average, each one mg increase in caffeine consumed decreases a person's sleep quality by 0.76%. On average, when x = 0, a person has a sleep quality of 92.7%. O We should not interpret the slope in this problem. O We should interpret the slope in this problem, but none of the above are correct.
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