Sentence examples for differential consequences from inspiring English sources

Correct responses did not result in differential consequences.

Correct responses did not result in differential consequences and the game was over when one of the players completed the card.

MAIR-IR can also identify miniscule amounts of saline-extractable components from resin components that can have differential consequences for the viabilities of neighboring gingival fibroblasts.

Thus, after fixing the figure chosen by the child to the page of the trial, the page would be turned and the following trial started, without providing differential consequences programmed for the responses considered correct or incorrect.

Although the results showed that the two facets can be empirically distinguished and have differential consequences, results also showed an overlap between the two facets of pride and relatively small opposing effects.

The role of differential consequences for accurate performance in exclusion trials was evaluated by Carr (2003) in an experiment that investigated whether the reinforcement contingent on correct responses in exclusion trials would strengthen the performance of relating new stimuli, in addition to improving the learning of these relations.

Contingent on correct responses, the therapist provided either praise, tangible items, tokens, or no differential consequence.

One is the identification of phenotypic traits with differential fitness consequences for M and S in the field.

Going further, Dynesius and Jansson [ 11] have predicted differential evolutionary consequences depending on the intensity of the ORD, and these predictions were empirically demonstrated for some taxa.

Although methamphetamine and cannabis are commonly abused together, few studies have investigated the differential neurocognitive consequences of methamphetamine abuse with or without cannabis.

Such selection experiments may also focus directly on the sex-differential fitness consequences of putative sexually antagonistic alleles, by breeding or selecting individuals for specific candidate genotypes and determining the sex-specific effects on associated phenotypes and components of fitness, preferably in relatively natural environments (Mokkonen et al. 2011).