The Fastest Recognition of Flower as a Real Word in a Lexical Decision Task

If participants were asked to complete a lexical decision task, which priming word would result in the fastest recognition of flower as a real word?

The term 'garden' priming word would enable participants to for the recognition of flower as a real word the quickest in a lexical decision task.

Lexical Decision Task and Priming Word

Lexical decision task is a widely used experimental paradigm in psychology and cognitive science to investigate how individuals recognize words in their mental lexicon. In this task, participants are presented with a series of letter strings and have to decide whether each string is a real word or a non-word. The speed and accuracy of participants' responses are measured to assess their word recognition process. In the context of a lexical decision task, priming refers to presenting a stimulus (priming word) before the target word to influence how quickly and accurately the target word is recognized. Priming can facilitate or inhibit the processing of the target word depending on the relationship between the prime and the target. In the given scenario, the question asks which priming word would result in the fastest recognition of "flower" as a real word. The answer provided is that the priming word "garden" would enable participants to recognize "flower" as a real word the quickest. This means that when participants are primed with the word "garden" before seeing the word "flower" in a lexical decision task, they would be more likely to identify "flower" as a real word rapidly. Explanation: The reason why the priming word "garden" would lead to the fastest recognition of "flower" in this task is likely due to the semantic relationship between the two words. When people think of a garden, they often associate it with flowers being present. Therefore, when the word "garden" is presented as a prime, it activates related concepts such as "flower" in participants' minds. This activation makes it easier and faster for participants to recognize "flower" as a real word when it appears as the target. Essentially, the semantic connection between "garden" and "flower" primes the participants' cognitive system to identify "flower" more quickly in the lexical decision task. Overall, the choice of priming word in a lexical decision task can significantly influence how quickly and accurately participants recognize target words. By understanding the effects of priming on word recognition, researchers can gain insights into the cognitive processes underlying language comprehension and semantic memory.
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