Nine (X,Y) ordered pairs are given, for example (12.17, 1.88). Let X represent the time between eruptions (in minutes) of the "other" Old Faithful geyser in Calistoga in Napa Valley, California. Let Y represent the length of the eruptions (in minutes). Use technology to calculate the correlation coefficient and the line of best fit. Explain what the values of the correlation coefficient and the slope of the line of best fit mean in the context of the time between eruptions and the length of eruptions. Be specific, using the calculated values properly in your explanation. X 12.17 11.63 12.03 12.15 11.30 11.70 12.27 11.60 11.72 Y 1.88 1.77 1.83 1.83 1.70 1.82 1.93 1.77 1.83 A. Correlation Coefficient's calculated numerical value: B. Equation for line of best fit: C. Using the calculated value of the correlation coefficient from part a, write a sentele to explain what it tells us about time between eruptions and length of eruptions. D. Using the calculated value of the slope, write a sentence to explain what it tells us about the lengths of eruptions and time between eruptions. HTML Editor( 1