Matlab Code Prof. Smith's concrete class is studying the variability in mix properties in one of...

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Matlab Code Prof. Smith's concrete class is studying the variability in mix properties in one of their labs. All students are responsible for casting their own concrete cylinders and beams from the same mix, and testing their specimens to find the compressive strength, elastic modulus, and flexural strength. The class would like to understand the average strength of their mix and the spread of their results. The results from the class are shown below. Student ID 1 2 3 4 5 6 7 8 9 10 11 12 Student Name Adita Bruno Charlotte Damian Eun-ah Fahad Genevieve Isaac Jin Kada Leandro Manuel Compressive Elastic Strength Modulus [psi] [ksi] 3042 5934 2537 5793 3152 3085 3010 2163 2599 3338 1685 3105 7522 2910 5787 9526 5482 4221 6208 5747 5515 1022 6341 5711 Flexural Strength [psi] 489 323 301 358 424 299 398 451 377 412 362 411 Upon reviewing their results, the class determined that the specimens performed similarly, though there were some outliers. The students who ran those tests believe that the outliers were either due to mistakes made during casting or errors in completing the testing procedure. They decide that these results should be thrown out. Please write a script that performs the following tasks: 1. Determines the average and standard deviation of each measured quantity. 2. Isolates and removes the outliers (outside of ± 2 standard deviations) from each test, reporting the new set of results to the user. 3. Redetermines the average and standard deviation based on the updated results, reporting both the original and processed results to the user. 4. Using the processed data (outliers removed), determines and reports the ID number of the person with the strongest specimens in each of the three categories. Matlab Code Prof. Smith's concrete class is studying the variability in mix properties in one of their labs. All students are responsible for casting their own concrete cylinders and beams from the same mix, and testing their specimens to find the compressive strength, elastic modulus, and flexural strength. The class would like to understand the average strength of their mix and the spread of their results. The results from the class are shown below. Student ID 1 2 3 4 5 6 7 8 9 10 11 12 Student Name Adita Bruno Charlotte Damian Eun-ah Fahad Genevieve Isaac Jin Kada Leandro Manuel Compressive Elastic Strength Modulus [psi] [ksi] 3042 5934 2537 5793 3152 3085 3010 2163 2599 3338 1685 3105 7522 2910 5787 9526 5482 4221 6208 5747 5515 1022 6341 5711 Flexural Strength [psi] 489 323 301 358 424 299 398 451 377 412 362 411 Upon reviewing their results, the class determined that the specimens performed similarly, though there were some outliers. The students who ran those tests believe that the outliers were either due to mistakes made during casting or errors in completing the testing procedure. They decide that these results should be thrown out. Please write a script that performs the following tasks: 1. Determines the average and standard deviation of each measured quantity. 2. Isolates and removes the outliers (outside of ± 2 standard deviations) from each test, reporting the new set of results to the user. 3. Redetermines the average and standard deviation based on the updated results, reporting both the original and processed results to the user. 4. Using the processed data (outliers removed), determines and reports the ID number of the person with the strongest specimens in each of the three categories. Matlab Code Prof. Smith's concrete class is studying the variability in mix properties in one of their labs. All students are responsible for casting their own concrete cylinders and beams from the same mix, and testing their specimens to find the compressive strength, elastic modulus, and flexural strength. The class would like to understand the average strength of their mix and the spread of their results. The results from the class are shown below. Student ID 1 2 3 4 5 6 7 8 9 10 11 12 Student Name Adita Bruno Charlotte Damian Eun-ah Fahad Genevieve Isaac Jin Kada Leandro Manuel Compressive Elastic Strength Modulus [psi] [ksi] 3042 5934 2537 5793 3152 3085 3010 2163 2599 3338 1685 3105 7522 2910 5787 9526 5482 4221 6208 5747 5515 1022 6341 5711 Flexural Strength [psi] 489 323 301 358 424 299 398 451 377 412 362 411 Upon reviewing their results, the class determined that the specimens performed similarly, though there were some outliers. The students who ran those tests believe that the outliers were either due to mistakes made during casting or errors in completing the testing procedure. They decide that these results should be thrown out. Please write a script that performs the following tasks: 1. Determines the average and standard deviation of each measured quantity. 2. Isolates and removes the outliers (outside of ± 2 standard deviations) from each test, reporting the new set of results to the user. 3. Redetermines the average and standard deviation based on the updated results, reporting both the original and processed results to the user. 4. Using the processed data (outliers removed), determines and reports the ID number of the person with the strongest specimens in each of the three categories.