EX 8.15 (LO 4) Data Auditing Interpret Descriptive Analytics Your data analysis group has given you, an external auditor auditing sale transactions for U.S. Outdoor Adventure stores, an analysis that includes the standard deviation for sales from 2022 to 2025. They also gave you a scatterplot of sales. A table and a scatterplot sit side-by-side. The table on the left titled, Descriptive Statistics: Sales 2022 to 2025, has two columns, and the data are presented as follows: Mean, 229.86; Median, 54.49; Mode, 12.96; Standard Deviation, 623.25; Sample Variance, 388,434.46; Minimum, 0.44; Maximum, 22,638.48; Count, 9,994.00. A scatterplot on the right is titled, United States Outdoor Adventure Sales Transactions 2022 to 2025. The vertical axis labeled, Sales (in thousands), ranges from $0 to $25,000, in increments of $5,000. The horizontal axis labeled, Transactions, ranges from 0 to 10,000, in increments of 1,000. Several data points are plotted above the horizontal axis. They form an approximate trend curve that rises up and down as it moves to the right between (0, 2,500) and (10,000, 3,000). A data point is plotted at (1,000, $22,638.48). All values are approximate. The preparer of the analysis used all the sales transaction data and agreed total sales in their file to the sales line item in the general ledger. Interpret the variance and standard deviation for U.S. Outdoor Adventure Stores sales. Does the scatterplot support your explanation of standard deviation? Why or why not? Use the provided data file to recreate the analyses