Replication Data for: Early and late bilingual processing of Spanish gender, morphology, and gender congruency
<|begin_of_text|><|start_header_id|>system<|end_header_id|> You are a research archivist expert in dataset metadata. Answer the question truthfully.  <|eot_id|><|start_header_id|>user<|end_header_id|> Here is the Description of a dataset. Description:'For this research, a 180-item grammaticality judgment task was administered (with items in random order) to each 53 subjects, and each item was evaluated for accuracy (Acc) and reaction time (RT). This yielded 180 x 53 x 2 = 19,080 data points. The data deposited here gives the means, for each subject, in 48 separate categories. The spreadsheet has 52 columns, including “subject” ID number, the subject’s “group” (1 = NS, 2 = HL, and 3 = L2), and two columns indicating that one subject’s RT data was an outlier, and therefore  omitted from the analysis. For both accuracy (measured as a percentage in decimal form: i.e., 0.98 = 98%) and RT (measured in milliseconds), there are 24 data columns each. There is an overall score (for Acc and RT), a column for the score with each of the 7 linguistic variables, a column for each of the 4 combinati' . Please return only a json list of at most 3 Keywords corresponding to the Description:.<|eot_id|><|start_header_id|>assistant<|end_header_id|> {"Answer" : ["bilingualism","gender agreement","gender congruency","language acquisition","language processing","morphology","second language learners","Spanish heritage speakers","timed grammaticality judgment task"]} <|eot_id|>
 Here is the Description of a dataset. Description:'For this research, a 180-item grammaticality judgment task was administered (with items in random order) to each 53 subjects, and each item was evaluated for accuracy (Acc) and reaction time (RT). This yielded 180 x 53 x 2 = 19,080 data points. The data deposited here gives the means, for each subject, in 48 separate categories. The spreadsheet has 52 columns, including “subject” ID number, the subject’s “group” (1 = NS, 2 = HL, and 3 = L2), and two columns indicating that one subject’s RT data was an outlier, and therefore  omitted from the analysis. For both accuracy (measured as a percentage in decimal form: i.e., 0.98 = 98%) and RT (measured in milliseconds), there are 24 data columns each. There is an overall score (for Acc and RT), a column for the score with each of the 7 linguistic variables, a column for each of the 4 combinati' . Please return only a json list of at most 3 Keywords corresponding to the Description:.
For this research, a 180-item grammaticality judgment task was administered (with items in random order) to each 53 subjects, and each item was evaluated for accuracy (Acc) and reaction time (RT). This yielded 180 x 53 x 2 = 19,080 data points. The data deposited here gives the means, for each subject, in 48 separate categories. The spreadsheet has 52 columns, including “subject” ID number, the subject’s “group” (1 = NS, 2 = HL, and 3 = L2), and two columns indicating that one subject’s RT data was an outlier, and therefore  omitted from the analysis. For both accuracy (measured as a percentage in decimal form: i.e., 0.98 = 98%) and RT (measured in milliseconds), there are 24 data columns each. There is an overall score (for Acc and RT), a column for the score with each of the 7 linguistic variables, a column for each of the 4 combinati
bilingualism; gender agreement; gender congruency; language acquisition; language processing; morphology; second language learners; Spanish heritage speakers; timed grammaticality judgment task