I will upvote for a complete answer

Question 23 1 pts Suppose you are given the following R and X-bar charts associated with the weights of bulk-packaged foods (in ounces); the LCL, CL, and UCL are based on a large number of historical observations, and you plotted the most recent 6 points of data. What could you conclude? To be clear, points #1 and #2 on the range chart are both below the CL, and point 2 is slightly higher than point 1; point #5 on the X-bar chart is below the UCL (it may be hard to see depending on your device) Link to range chart image here ,; link to x-bar chart image here Range Chart 16 14 12 10 Process Range bH228642 1 2 3 07 6 Sample X-bar Chart 12 10 Process Average o 1 2 3 4 5 6 Sample O Packaging weights are steadily getting larger, while variation in packaging weights remains relatively consistent Variation in packaging weights is increasing, resulting in larger-than-usual packaged weights O Variation in packaging weights is increasing, resulting in smaller-than-usual packaged weights O Variation in packaging weights is decreasing, resulting in larger-than-usual packaged weights O Variation in packaging weights is decreasing, resulting in smaller-than-usual packaged weights Question 24 1 pts Following the previous question, we can conclude the process is out of control. Which of the following appear in the control charts that would lead to this conclusion? Check all that apply. R chart: Data exceed the UCL/LCL range. R chart: Systematic oscillation R chart: Consecutive points above/below the CL R chart: Trend X-bar chart: Data exceed the UCL/LCL range. X-bar chart: Consecutive points above/below the CL X-bar chart: Trend