Question Description
1. Open the workbook named StartFileBinding2.xlsx attached with the data of the assignment, and then save the file as 2-2-QC-Binding-Data-Analysis-2-Your-Name.xlxs.
2. Write a formula in cell G3 that can be copied down the column to calculate the relative rankings of each data element for the pressure test. Set up your rankings so that the best ski is given a ranking of 1 (based on the rejection criteria described in the problem). Include an appropriate column heading in cell G2. In a similar way, set up the rankings for the Temperature test in column H so that the best ski is given a ranking of 1.
Use RANK.EQ Function
3. In cell D49, write a formula to determine the number of ski bindings that failed to meet the minimum pressure requirements for quality testing. Write the formula so that if any of the data inputs change later, this value will be automatically updated. For easier viewing, use the split feature to divide the worksheet into two sections, with the top containing the title and column headings.
4. In cell E49, write a formula to determine the number of ski bindings that failed to meet the minimum temperature requirements for quality testing. Write the formula so that if any of the data inputs change later, this value will be automatically updated. Use the COUNTIF Function
5. In cell F49, write a formula to determine the total value of the ski bindings that have been rejected. Assume that no binding has failed both tests. Format this cell using the Currency Style. Include the label Rejection Summary in cell A49. Use the SUMIF Function
6. Arrange the worksheet to freeze panes so that rows 1 and 2 are always visible.
7. Set up a separate worksheet named Tail in the workbook, and then create a table on the Tail worksheet listing the five highest and lowest values, as shown in Table 2.11.
Be certain to include a title on this new worksheet and format the worksheet so that it is easy to read.
8. Write a formula to calculate the highest pressure value so that it will be automatically updated if the binding data is later revised. Write the formula so that it can be copied down the column to determine the second highest pressure, the third highest pressure, and so on, and across the row to determine the highest temperature. Use the LARGE Function
9. Write a formula to calculate the lowest pressure value so that it will be automatically updated if the binding data is later revised. Write the formula so that it can be copied down the column to determine the second lowest pressure, the third lowest pressure, and so on, and across the row to determine the lowest temperature value. Use the SMALL Function
10. Add your name and date at the end of the exercise
11. Save and close the 2-2-QC-Binding-Data-Analysis-2-Your-Name.xlxs.workbook