Consider the following sets of sample data: A: $29,900, $29,200, $26,100, $39,300, $24,200, $37,300, $34,300, $29,700, $35,100, $21,100, $38,800, $25,100, $27,200, $29,100
B: 3.42, 3.53, 4.41, 3.95, 3.18, 4.85, 3.13, 4.23,3.53, 4.72, 3.24
Step 1 of 2: For each of the above sets of sample data, calculate the coefficient of variation, CV. Round to one decimal place.

Match each equation with the operation you can use to solve for the variable. subtract 10. divide by 10. divide by 5. subtract 18. multiply by 10. add 18. add 10. multiply by 5. 5 = 10p arrowright p + 10 = 18 arrowright p + 18 = 5 arrowright 5p = 10 arrowright

Formulate the indicated conclusion in nontechnical terms. be sure to address the original claim. the foundation chair for a hospital claims that the mean number of filled overnight beds is over 523, and she is therefore justified starting a funding campaign to add a wing to the hospital. assuming that a hypothesis test has been conducted and that the conclusion is failure to reject the null hypothesis, state the conclusion in nontechnical terms.

Based on the diagrams, what is the value of x?