There is a description in V&R2, pp. 237-8., given below. I guess I was teasing people to look up Hauck-Donner phenomenon in our index. (I seem to remember this was new to my co-author too, so you were in good company. This is why it is such a good example of a fact which would be useful to know but hardly anyone does. Don't ask me how I knew: I only know that I first saw this in about 1980.)

# Est-concours Publishers Clearing House legitime

Le PSG héritera sans aucun doute d'un groupe assez simple de par sa présence dans le Chapeau 1. Lille, sera positionné dans le chapeao 4 et devra batailler ferme pour sortir de la phase de poule. Lyon occupera le chapeau 3 selon les derniers qualifiés via la voie de la ligue et la voie des champions. Retrouvez ci-dessous, le tableau des chapeaux du tirage des poules de Champions League.

# Comment puis-je gagner une loterie

There is a little-known phenomenon for binomial GLMs that was pointed out by Hauck & Donner (1977: JASA 72:851-3). The standard errors and t values derive from the Wald approximation to the log-likelihood, obtained by expanding the log-likelihood in a second-order Taylor expansion at the maximum likelihood estimates. If there are some \hat\beta_i which are large, the curvature of the log-likelihood at \hat{\vec{\beta}} can be much less than near \beta_i = 0, and so the Wald approximation underestimates the change in log-likelihood on setting \beta_i = 0. This happens in such a way that as |\hat\beta_i| \to \infty, the t statistic tends to zero. Thus highly significant coefficients according to the likelihood ratio test may have non-significant t ratios.