Can a low barometer reading be used to predict maximum wind speed of an approaching tropical cyclone? For a random sample of tropical cyclones, let x be the lowest pressure (in millibars) as a cyclone approaches, and let y be the maximum wind speed (in miles per hour) of the cyclone. x 1004 975 992 935 989 928 y 40 100 65 145 78 152 (b) Would you say the correlation is low, moderate, or strong? Would you say the correlation is positive or negative? Compute r. (Round your answer to three decimal places.) As x increases, does the value of r imply that y should tend to increase or decrease? Explain your answer. Given our value of r, y should tend to decrease as x increases. a)Given our value of r, y should tend to increase as x increases.     b) Given our value of r, we can not draw any conclusions for the behavior of y as x increases. c) Given our value of r, y should tend to remain constant as x increases.

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Can a low barometer reading be used to predict maximum wind speed of an approaching tropical cyclone? For a random sample of tropical cyclones, let x be the lowest pressure (in millibars) as a cyclone approaches, and let y be the maximum wind speed (in miles per hour) of the cyclone.

x 1004 975 992 935 989 928
y 40 100 65 145 78

152

(b) Would you say the correlation is low, moderate, or strong?

Would you say the correlation is positive or negative?

Compute r. (Round your answer to three decimal places.)

As x increases, does the value of r imply that y should tend to increase or decrease? Explain your answer.

Given our value of ry should tend to decrease as x increases.
a)Given our value of ry should tend to increase as x increases.    
b) Given our value of r, we can not draw any conclusions for the behavior of y as x increases.
c) Given our value of ry should tend to remain constant as x increases.
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