But because I’m writing in a rush, and am already over my deadlines, I’ll just briefly note that if you read ahead to Chapter 16 and look at how the “treatment effect” at level k of a factor is define...But because I’m writing in a rush, and am already over my deadlines, I’ll just briefly note that if you read ahead to Chapter 16 and look at how the “treatment effect” at level k of a factor is defined in terms of the αk values (see Section 16.2), it turns out that Q refers to a weighted mean of the squared treatment effects, \(Q=\left(\sum_{k=1}^{G} N_{k} \alpha_{k}^{2}\right) /(G-1)\)
But because I’m writing in a rush, and am already over my deadlines, I’ll just briefly note that if you read ahead to Chapter 16 and look at how the “treatment effect” at level k of a factor is define...But because I’m writing in a rush, and am already over my deadlines, I’ll just briefly note that if you read ahead to Chapter 16 and look at how the “treatment effect” at level k of a factor is defined in terms of the αk values (see Section 16.2), it turns out that Q refers to a weighted mean of the squared treatment effects, \(Q=\left(\sum_{k=1}^{G} N_{k} \alpha_{k}^{2}\right) /(G-1)\)
