Interpret the variability of the following two datasets, representing the number of leaves on two different species of growing pothos plants: Species 1: {14,18,19,22,17} Species 2: {22,19,18,24,23} Which dataset is more variable? (1 point) Responses Species 1, because it has a higher mean absolute deviation Species 1, because it has a higher mean absolute deviation Species 2, because it has a lower mean absolute deviation Species 2, because it has a lower mean absolute deviation Species 2, because it has a higher mean absolute deviation Species 2, because it has a higher mean absolute deviation Species 1, because it has a lower mean absolute deviation
Species 2, because it has a higher mean absolute deviation.
The data shows the number of miles run per week by randomly selected students from two different classes. Find the difference between the medians. Which class has a higher median? By how much? Class 1: 6, 8, 10, 11, 14, 4, 5, 8, 2, 7, 7, 5, 10, 12, 11 Class 2: 6, 4, 5, 6, 7, 8, 12, 9, 10, 11, 5, 8, 7, 4, 10 (1 point) Responses Class 2 has a higher median than Class 1 by 1 mile. Class 2 has a higher median than Class 1 by 1 mile. Class 1 has a higher median than Class 2 by 1 mile. Class 1 has a higher median than Class 2 by 1 mile. Class 2 has a higher median than Class 1 by 0.5 mile. Class 2 has a higher median than Class 1 by 0.5 mile. Class 1 has a higher median than Class 2 by 0.5 mile.
Class 2 has a higher median than Class 1 by 1 mile.
