FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2096727344> ?p ?o ?g. }

• W2096727344 endingPage "992" @default.
• W2096727344 startingPage "978" @default.
• W2096727344 abstract "Four experiments examined the Stroop effect with typewritten responses. Experiment 1 compared vocal, arbitrary-keypress, and typewritten responses and found the largest Stroop effect for typewritten responses. The effect appeared in the latency to type the first keystroke and not in the duration of the typing response. Experiment 2 compared normal (name the color) and reverse (name the word) Stroop effects with typewritten responses and found that the normal Stroop effect was much larger than the reverse Stroop effect Experiment 3 compared typing the entire color name with typing its first letter and found equivalent Stroop effects in the 2 conditions. Experiment 4 varied the relative frequency of congruent and incongruent trials and found that the typewritten Stroop effect was larger when congruent trials outnumbered incongruent trials. The results are related to theories of the Stroop effect and theories of language production. Stroop (1935) found that subjects took longer to name the color of the ink in which color words were written than to name the color of the ink in which control stimuli were written. This so-called Stroop effect has been replicated hundreds of times, and current theories are still striving to explain it (for a review, see MacLeod, 1991). An important issue, theoretically and empirically, concerns the effect of response modality in the Stroop task. Stroop's investigation and the majority of the replications required vocal responses; subjects said the color names out loud. Most of the other replications used arbitrary-keypress responses; subjects pressed keys that were associated with color names (e.g., Keele, 1972; Pritchatt, 1968; Sugg & McDonald, 1994; Virzi & Egeth, 1985). The Stroop effect is found with both response modalities. Studies that compared response modalities often found a stronger Stroop effect with vocal responses than with arbitrary keypresses (Logan, Zbrodoff, & Williamson, 1984; Majeres, 1974; McClain, 1983; Melara & Mounts, 1993; Neill, 1977; Redding & Gerjets, 1977; Simon & Sudalaimuthu, 1979; White, 1969), though some found no difference between response modalities in the magnitude of the effect (Roe, Wilsoncroft, & Griffiths, 1980). Response modality effects bear on important issues in the Stroop literature, including the factors responsible for the Stroop effect, the role of automaticity and modularity in the" @default.
• W2096727344 created "2016-06-24" @default.
• W2096727344 creator A5004105173 @default.
• W2096727344 creator A5063676278 @default.
• W2096727344 date "1998-06-01" @default.
• W2096727344 modified "2023-10-17" @default.
• W2096727344 title "Stroop-type interference: Congruity effects in color naming with typewritten responses." @default.
• W2096727344 cites W1512510573 @default.
• W2096727344 cites W1535782774 @default.
• W2096727344 cites W1582594879 @default.
• W2096727344 cites W1917305325 @default.
• W2096727344 cites W1970083523 @default.
• W2096727344 cites W1971295130 @default.
• W2096727344 cites W1974525874 @default.
• W2096727344 cites W1977717507 @default.
• W2096727344 cites W1979172161 @default.
• W2096727344 cites W1988537097 @default.
• W2096727344 cites W1988843548 @default.
• W2096727344 cites W1989214422 @default.
• W2096727344 cites W1992887689 @default.
• W2096727344 cites W1993988037 @default.
• W2096727344 cites W1994418373 @default.
• W2096727344 cites W1999230521 @default.
• W2096727344 cites W2002732387 @default.
• W2096727344 cites W2007538093 @default.
• W2096727344 cites W2007635975 @default.
• W2096727344 cites W2013942038 @default.
• W2096727344 cites W2014749018 @default.
• W2096727344 cites W2015626235 @default.
• W2096727344 cites W2017170831 @default.
• W2096727344 cites W2018867022 @default.
• W2096727344 cites W2019237106 @default.
• W2096727344 cites W2023935057 @default.
• W2096727344 cites W2029750524 @default.
• W2096727344 cites W2030831236 @default.
• W2096727344 cites W2034225924 @default.
• W2096727344 cites W2034906442 @default.
• W2096727344 cites W2036532475 @default.
• W2096727344 cites W2042450900 @default.
• W2096727344 cites W2058204821 @default.
• W2096727344 cites W2058438842 @default.
• W2096727344 cites W2062013837 @default.
• W2096727344 cites W2067223903 @default.
• W2096727344 cites W2073257493 @default.
• W2096727344 cites W2073371272 @default.
• W2096727344 cites W2075183869 @default.
• W2096727344 cites W2078627543 @default.
• W2096727344 cites W2079867743 @default.
• W2096727344 cites W2081554849 @default.
• W2096727344 cites W2081570746 @default.
• W2096727344 cites W2082020521 @default.
• W2096727344 cites W2086084536 @default.
• W2096727344 cites W2086227439 @default.
• W2096727344 cites W2088442210 @default.
• W2096727344 cites W2089171793 @default.
• W2096727344 cites W2089474474 @default.
• W2096727344 cites W2090368522 @default.
• W2096727344 cites W2094331679 @default.
• W2096727344 cites W2095203490 @default.
• W2096727344 cites W2098686263 @default.
• W2096727344 cites W2098803528 @default.
• W2096727344 cites W2104670165 @default.
• W2096727344 cites W2107958481 @default.
• W2096727344 cites W2120357670 @default.
• W2096727344 cites W2122917065 @default.
• W2096727344 cites W2127519553 @default.
• W2096727344 cites W2138995240 @default.
• W2096727344 cites W2146676028 @default.
• W2096727344 cites W2149443312 @default.
• W2096727344 cites W2150704745 @default.
• W2096727344 cites W2156046656 @default.
• W2096727344 cites W2500623101 @default.
• W2096727344 cites W598367465 @default.
• W2096727344 cites W972317758 @default.
• W2096727344 cites W2046204482 @default.
• W2096727344 cites W2094790441 @default.
• W2096727344 cites W2570161754 @default.
• W2096727344 doi "https://doi.org/10.1037/0096-1523.24.3.978" @default.
• W2096727344 hasPublicationYear "1998" @default.
• W2096727344 type Work @default.
• W2096727344 sameAs 2096727344 @default.
• W2096727344 citedByCount "76" @default.
• W2096727344 countsByYear W20967273442012 @default.
• W2096727344 countsByYear W20967273442013 @default.
• W2096727344 countsByYear W20967273442014 @default.
• W2096727344 countsByYear W20967273442015 @default.
• W2096727344 countsByYear W20967273442016 @default.
• W2096727344 countsByYear W20967273442017 @default.
• W2096727344 countsByYear W20967273442018 @default.
• W2096727344 countsByYear W20967273442019 @default.
• W2096727344 countsByYear W20967273442020 @default.
• W2096727344 countsByYear W20967273442021 @default.
• W2096727344 countsByYear W20967273442022 @default.
• W2096727344 countsByYear W20967273442023 @default.
• W2096727344 crossrefType "journal-article" @default.
• W2096727344 hasAuthorship W2096727344A5004105173 @default.
• W2096727344 hasAuthorship W2096727344A5063676278 @default.
• W2096727344 hasConcept C127162648 @default.

• next