'Slope parameter' diaporamas de présentation

Chapter 12. Simple Linear Regression and Correlation

Chapter 12. Simple Linear Regression and Correlation. 12.1 The Simple Linear Regression Model 12.2 Fitting the Regression Line 12.3 Inferences on the Slope Parameter ? 1 12.4 Inferences on the Regression Line 12.5 Prediction Intervals for Future Response Values

1.05k views • 63 slides

Probability Distribution of Random Error

Probability Distribution of Random Error. Regression Modeling Steps. 1. Hypothesize Deterministic Component 2. Estimate Unknown Model Parameters 3. Specify Probability Distribution of Random Error Term Estimate Standard Deviation of Error 4. Evaluate Model

635 views • 62 slides

Chapter 12. Simple Linear Regression and Correlation

Chapter 12. Simple Linear Regression and Correlation. 12.1 The Simple Linear Regression Model 12.2 Fitting the Regression Line 12.3 Inferences on the Slope Rarameter ? 1 12.4 Inferences on the Regression Line 12.5 Prediction Intervals for Future Response Values

1.02k views • 60 slides

Hypothesis tests for slopes in multiple linear regression model

823 views • 60 slides

Chapter 12. Simple Linear Regression and Correlation

Chapter 12. Simple Linear Regression and Correlation. 12.1 The Simple Linear Regression Model 12.2 Fitting the Regression Line 12.3 Inferences on the Slope Rarameter ? 1 12.4 Inferences on the Regression Line 12.5 Prediction Intervals for Future Response Values

980 views • 60 slides

4.2 One Sided Tests

405 views • 22 slides

Analysis of variance approach to regression analysis

429 views • 21 slides

EXPERIMENTAL EVIDENCE FOR HADRONIC DECONFINEMENT In p-p Collisions at 1.8 TeV *

1. EXPERIMENTAL EVIDENCE FOR HADRONIC DECONFINEMENT In p-p Collisions at 1.8 TeV *. -. L. Gutay. ( FNAL, E-735 Collaboration Purdue, Duke, Iowa, Norte Dame, Wisconsin). We have measured deconfined volumes, 4.4 < V < 13.0 fm 3 ,

256 views • 17 slides

EXPERIMENTAL EVIDENCE FOR HADRONIC DECONFINEMENT In p-p Collisions at 1.8 TeV *

1. EXPERIMENTAL EVIDENCE FOR HADRONIC DECONFINEMENT In p-p Collisions at 1.8 TeV *. -. L. Gutay. ( FNAL, E-735 Collaboration Purdue, Duke, Iowa, Norte Dame, Wisconsin). We have measured deconfined volumes, 4.4 < V < 13.0 fm 3 ,

173 views • 17 slides