The auto insurance industry crashed some test vehicles into a cement barrier at speeds of 5 to 25 mph to investigate the amount of damage to the cars. They found a correlation of r = 0.60 between...

The auto insurance industry crashed some test<br>vehicles into a cement barrier at speeds of 5 to<br>25 mph to investigate the amount of damage to<br>the cars. They found a correlation of r = 0.60<br>between speed (MPH) and damage ($).<br>Which statement is true?<br>O The correlation between speed (MPH) and<br>damage ($) is relatively weak.<br>O There is no correlation between speed (MPH)<br>and damage ($).<br>O The correlation between speed (MPH) and<br>damage ($) is strong.<br>O The correlation between speed (MPH) and<br>damage ($) is moderate.<br>

Extracted text: The auto insurance industry crashed some test vehicles into a cement barrier at speeds of 5 to 25 mph to investigate the amount of damage to the cars. They found a correlation of r = 0.60 between speed (MPH) and damage ($). Which statement is true? O The correlation between speed (MPH) and damage ($) is relatively weak. O There is no correlation between speed (MPH) and damage ($). O The correlation between speed (MPH) and damage ($) is strong. O The correlation between speed (MPH) and damage ($) is moderate.

Jun 02, 2022

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The auto insurance industry crashed some test vehicles into a cement barrier at speeds of 5 to 25 mph to investigate the amount of damage to the cars. They found a correlation of r = 0.60 between...

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