Obs # Temperature 1 507.2 2 524.1 3 534.9 4 508.1 5 512.0 6 536.9 7 536.8 8 510.1 9 536.7 10 537.4 11 512.7 12 538.1 13 525.1 14 537.3 15 535.4 16 511.9 17 535.6 18 536.0 19 516.3 20 504.2 507.0 Temperature 524.0 535.0 Mean 524.84 508.0 Standard Error 2.883221882 512.0 Median 530 537.0 Mode 537 537.0 Standard Deviation 12.89416024 510.0 Sample Variance 166.2593684 537.0 Kurtosis -1.764211588 537.0 Skewness -0.345340395 513.0 Range 33.9 538.0 Minimum 504.2 525.0 Maximum 538.1 537.0 Sum 10496.8 535.0 Count 20 512.0 536.0 536.0 516.0 504.0 A manufacturing process requires certain ceramic materials to be baked in an oven. The process engineering group has determined that a temperature around 525 F is important for end product quality. They have installed a sensor that measures the oven temperature every 180 minutes. Over the course of a few days they collected the 20 temperature measurements included in the file named '3 - Activity - Descriptve Statistics 2 - Data.xlsx! Use Excel to calculate a full range of descriptive statistics. Report the middle temperature. 537.0 504.2 524.8 33.9 538.1 530.0 Question 2 2 pts A manufacturing process requires certain ceramic materials to be baked in an oven. The process engineering group has determined that a temperature around 525 F is important for end product quality. They have installed a sensor that measures the oven temperature every 180 minutes. Over the course of a few days they collected the 20 temperature measurements included in the file named '3 - Activity - Descriptve Statistics 2 - Data.xlsx! Use Excel to calculate a full range of descriptive statistics. Report the average temperature. 33.9 537.0 504.2 530.0 538.1 524.8 Question 3 2 pts A manufacturing process requires certain ceramic materials to be baked in an oven. The process engineering group has determined that a temperature around 525 F is important for end product quality. They have installed a sensor that measures the oven temperature every 180 minutes. Over the course of a few days they collected the 20 temperature measurements included in the file named '3 - Activity - Descriptve Statistics 2 - Data.xlsx! Use Excel to calculate a full range of descriptive statistics. Report the most likely temperature. 33.9 504.2 530.0 524.8 537.0 538.1 Question 4 2 pts A manufacturing process requires certain ceramic materials to be baked in an oven. The process engineering group has determined that a temperature around 525 F is important for end product quality. They have installed a sensor that measures the oven temperature every 180 minutes. Over the course of a few days they collected the 20 temperature measurements included in the file named '3 - Activity - Descriptve Statistics 2 - Data.xlsx. Use Excel to calculate a full range of descriptive statistics. What can you conclude about the sample? Since mean = median = mode, the sample is symmetric. Since mean > median > mode, the sample is skewed to the right. Since mean > median > mode, the sample is symmetric. Since mean > median > mode, the sample is skewed to the left. Since mean