Stimulus generalization explains the effect intermittent reinforcement has on resistant to extinction.

Question

Quizplus · Accepted Answer

Stimulus generalization refers to the tendency for a behavior to occur in the presence of stimuli similar to the ones present during training. When intermittent reinforcement is used during training, it creates a varied and unpredictable schedule of reinforcement, making it more difficult for an organism to distinguish between reinforced and non-reinforced responses. As a result, the behavior becomes more resistant to extinction, meaning it takes longer for the behavior to stop occurring when the reinforcement is removed.

Stimulus Generalization Explains the Effect Intermittent Reinforcement Has on Resistant