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The generation effect is typically achieved in cognitive psychology experiments by asking participants to generate words from word fragments. [2] This effect has also been demonstrated using a variety of other materials, such as when generating a word after being presented with its antonym, [3] synonym, [1] picture, [4] arithmetic problems, [2] [5] or keyword in a paragraph. [6]
For example, when primed with the word "bank," the left hemisphere would be bias to define it as a place where money is stored, while the right hemisphere might define it as the shore of a river. The right hemisphere may extend this and may also associate the definition of a word with other words that are related.
Sir Francis Galton.. Sir Francis Galton was one of the first scientists to apply the lexical hypothesis to the study of personality, [4] stating: . I tried to gain an idea of the number of the more conspicuous aspects of the character by counting in an appropriate dictionary the words used to express them...
The speaker reports an event on the basis of someone else's report (quotative, i.e. hearsay evidence), of a dream (revelative evidence), of a guess (presumptive evidence) or of his own previous experience (memory evidence)." Jakobson also was the first to clearly separate evidentiality from grammatical mood.
Despite some doubting knowledge transfer across a topic when testing [35] with some studies showing contradictory evidence [36] suggesting recognition was better than recall, [37] inferential thinking has been supported [38] and the transfer of learning is at its strongest with application of theory to practice, inference questions, medical ...
The implicit association test is a testing method designed by Anthony Greenwald, Debbie McGhee and Jordan Schwartz, and was first introduced in 1998. [2] The IAT measures the associative strength between categories (e.g. Bug, Flower) and attributes (e.g. Bad, Good) by having participants rapidly classify stimuli that represent the categories and attributes of interest on a computer. [3]
For example, there is some evidence to indicate that the grammatical gender of a noun is retrieved from the word's phonological form (the lexeme) rather than from the lemma. [4] This can be explained by models that do not assume a distinct level between the semantic and the phonological stages (and so lack a lemma representation). [3]
The word frequency effect changes how the brain encodes the information. Readers began spelling the higher frequency words faster than the lower frequency words when spelling the words from dictation. The length of saccade varies depending on the frequency of words and the validity of the previous (preview) word in predicting the target word. [5]