3. Activated-Protein-C (APC) resistance is a serum marker that has been associated withhrombosis (the formation of blood clots often leading to heart attacks) among adults. Ady assessed this risk factor among adolescents. To assess the reproducibility of the assay,lit-sample technique was used in which a blood sample was provided by 10 people; eachople was split into two aliquots (sub-samples), and each aliquot was assessed separately.1. To assess the reliability, compute theStandard Error of MeanTABLE 2.19 APC resistance split-samples dataSample numberAА -В2. To assess the variability of the assay, theinvestigators needcoefficient of variation. Compute thecoefficient of variation (CV) for eachsubject by obtaining the mean andstandard deviation over the 2 replicates foreach subject, and give your interpretationbased on the evidence.12.221.880.34tocompute the3.423.59-0.1733.683.010.6742.642.370.272.682.260.426.3.293.040.2573.853.570.288.2.242.29-0.059.3.253.39-0.14103.303.160.14

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Description: 3. Activated-Protein-C (APC) resistance is a serum marker that has been associated withhrombosis (the formation of blood clots often leading to heart attacks) among adults. Ady assessed this risk factor among adolescents. To assess the reproducibili

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3. Activated-Protein-C (APC) resistance is a serum marker that has been associated with hrombosis (the formation of blood clots often leading to heart attacks) among adults. A dy assessed this risk factor among adolescents. To assess the reproducibility of the assay, lit-sample technique was used in which a blood sample was provided by 10 people; each ople was split into two aliquots (sub-samples), and each aliquot was assessed separately. TABLE 2.19 APC resistance spllt-samples data 1. To assess the reliability, compute the Standard Error of Mean Sample number А - В 2. To assess the variability of the assay, the investigators coefficient of variation. Compute the coefficient of variation (CV) for each subject by obtaining the standard deviation over the 2 replicates for each subject, and give your interpretation based on the evidence. need to compute the 1 2.22 1.88 0.34 3.42 3.59 -0.17 3.68 3.01 0.67 mean and 2.64 2.37 0.27 2.68 2.26 0.42 6 3.29 3.04 0.25 7 3.85 3.57 0.28 8. 2.24 2.29 -0.05 3.25 3.39 -0.14 10 3.30 3.16 0.14

3. Activated-Protein-C (APC) resistance is a serum marker that has been associated with hrombosis (the formation of blood clots often leading to heart attacks) among adults. A dy assessed this risk factor among adolescents. To assess the reproducibility of the assay, lit-sample technique was used in which a blood sample was provided by 10 people; each ople was split into two aliquots (sub-samples), and each aliquot was assessed separately. TABLE 2.19 APC resistance spllt-samples data 1. To assess the reliability, compute the Standard Error of Mean Sample number А - В 2. To assess the variability of the assay, the investigators coefficient of variation. Compute the coefficient of variation (CV) for each subject by obtaining the standard deviation over the 2 replicates for each subject, and give your interpretation based on the evidence. need to compute the 1 2.22 1.88 0.34 3.42 3.59 -0.17 3.68 3.01 0.67 mean and 2.64 2.37 0.27 2.68 2.26 0.42 6 3.29 3.04 0.25 7 3.85 3.57 0.28 8. 2.24 2.29 -0.05 3.25 3.39 -0.14 10 3.30 3.16 0.14

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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