You are studying the phenotypic traits of bone density and muscle mass in cattle and find that the two traits have a correlation coefficient of +0.97. What is the interpretation of this statistic?Group of answer choicescattle with higher bone density tend to have lower muscle masscattle with higher bone density tend to have larger muscle massthere is no relationship between bone density and muscle massthe two traits are controlled by the same genes

Two cows are living on a ranch. One cow is much larger and more muscular than the other.Which of the following best describes a genetic factor that could have led to the cows’ different traits?Choose 1 answer:Choose 1 answer:(Choice A)   The larger cow has access to more food than the smaller cow does.AThe larger cow has access to more food than the smaller cow does.(Choice B, Checked)   The smaller cow has brown patches on its fur, and the larger cow has black patches.BThe smaller cow has brown patches on its fur, and the larger cow has black patches.(Choice C)   The cows are different breeds, so they have different genes affecting their growth.CThe cows are different breeds, so they have different genes affecting their growth.

Data was collected on 130 patients recording their percent of fat and Body Mass Index (BMI). What can you conclude from this scatterplot?

How does physical activity impact bone density?BoldItalicUnderline

Suppose the correlation coefficient between a baby’s weight and the number of coffee shops in Plumville is 0.87. Which statement must be true?A.As the baby gains weight, the number of coffee shops tends to decrease.B.The baby’s weight gain causes people to open more coffee shops.C.As the baby gains weight, the number of coffee shops tends to increase.D.Having more coffee shops around causes the baby to gain weight.SUBMITarrow_backPREVIOUS

The correlation of X with Y is 0.6. This might be explained by:Group of answer choicesAny of the other options are possible explanations.X causes YY causes XX does not cause Y and Y does not cause X