16. Using the given Minitab output, answer the questions that follow. An article in the Tappi Journal (March, 1986) presented data on green liquor Na2S concentration (in grams per liter) that is affected by paper machineproduction (in tons per day).16. Fit a simple linear regression model.a.concentration =11.7 + 0.0386 productionb.production =11.7 + 0.0386 concentration Regression EquationC1 = 11.7 + 0.0386 C2CoefficientsTermCoef SE Coef97% CIT-Value P-Value VIFConstant11.714.4(-26.2, 49.5)0.810.440C20.03860.0157 (-0.0029, 0.0800)2.450.040 1.00Model SummarySR-sq R-sq(adj)PRESS R-sq(pred) AICCBIC2.89815 42.86%35.72% 102.43512.90% 57.43 54.34Analysis of VarianceSourceDF Seq SS Contribution Adj SS Adj MS F-Value P-ValueRegressionC2150.4142.86%50.4150.4066.000.040150.4142.86%50.4150.4066.000.040Error867.1957.14%67.198.399Lack-of-Fit754.6946.51%54.697.8130.630.754Pure Error112.5010.63%12.5012.500Total9.117.60100.00%

Answered: Image /qna-images/answer/fbd3dc09-13e1-408d-a7a9-0f40188d7899.jpg

An article in the Tappi Journal (March, 1986) presented data on green liquor Na2S concentration (in grams per liter) that is affected by paper ma production (in tons per day). 16. Fit a simple linear regression model. a.concentration =11.7 + 0.0386 production b.production =11.7 + 0.0386 concentration

An article in the Tappi Journal (March, 1986) presented data on green liquor Na2S concentration (in grams per liter) that is affected by paper ma production (in tons per day). 16. Fit a simple linear regression model. a.concentration =11.7 + 0.0386 production b.production =11.7 + 0.0386 concentration

Trigonometry (MindTap Course List)

8th Edition

ISBN:9781305652224

Author:Charles P. McKeague, Mark D. Turner

Publisher:Charles P. McKeague, Mark D. Turner

Chapter4: Graphing And Inverse Functions

Section: Chapter Questions

Problem 6GP: If your graphing calculator is capable of computing a least-squares sinusoidal regression model, use...

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