Do the physical settings in which a voter casts their ballot affect their vote choices? Every state uses a variety of polling locations for the administration of election: churches, schools, libraries, fire stations, and etcetera. The literature on priming effects and voting is massive, but very little research examines the impact of the venue in which a ballot is cast has on voters’ decisions. In this study I argue that polling venues situated on church, school, or veteran’s association property influences the proportion of votes cast in favor of ballot measures related to each institution. I test these hypotheses using precinct level election results and population data from California’s 2008 general election and find results supporting, or suggesting, such a relationship.

This study utilized the moving-window self-paced reading paradigm to investigate the processing of English morphemes by native speakers of English, Chinese, and Korean. The morphemes belonged to three distinct theoretical types: Stratum 1 derivation ({-ALADJ}, {-ITY}, and {-OUSADJ}), Stratum 2 derivation ({-NESS}, {-FULADJ}, and {-ERAGENT}), and inflection ({-SPL}, {-EDPAST}, and {-S3RDSGPRES}). Participants were presented with either (1) fully grammatical sentences which contained words featuring these morphemes or (2) ungrammatical sentences in which one word form lacked one of the morphemes when it was obligatory (e.g., Canada is one of the most *prosper and developed countries in the world). Half the sentences were presented with a concurrent working memory load, which consisted of remembering the result of a simple calculation (e.g., subtracting 3 from 95) while processing a sentence and reporting the number immediately thereafter. Reading times for the target word and the three words immediately following it were used as the main dependent variable. The background measures included a C-Test of English proficiency, a reading span task, a digits-forward task, a digits-backward task, and a detailed background questionnaire. In agreement with previous research, it was found that morphological violations tended to cause slowdowns in processing. Conversely, the presence of a concurrent memory load tended to cause speedups. Native speakers differed from non-native speakers by: (1) showing an early sensitivity to violations of Stratum 2 derivational morphology; (2) exhibiting a delayed response to violations of Stratum 1 derivation; and (3) not slowing down after violations of inflectional morphology. In addition, native speakers were the only group exhibiting no relationship between morphological processing on one side and short term-memory, working memory, and C-Test scores on the other. Overall, the similarity between native and non-native speakers was the greatest in the processing of Stratum 1 derivation. Crucially, the temporal pattern of the Korean participants’ responses to morphological violations in English placed them in an intermediate position between the English and Chinese native speakers, which was interpreted as evidence of L1 – L2 transfer in morphological processing. Notably, this transfer occurred between an agglutinative L1 and an unrelated mixed-type L2.

This study utilized the moving-window self-paced reading paradigm to investigate the processing of English morphemes by native speakers of English, Chinese, and Korean. The morphemes belonged to three distinct theoretical types: Stratum 1 derivation ({-ALADJ}, {-ITY}, and {-OUSADJ}), Stratum 2 derivation ({-NESS}, {-FULADJ}, and {-ERAGENT}), and inflection ({-SPL}, {-EDPAST}, and {-S3RDSGPRES}). Participants were presented with either (1) fully grammatical sentences which contained words featuring these morphemes or (2) ungrammatical sentences in which one word form lacked one of the morphemes when it was obligatory (e.g., Canada is one of the most *prosper and developed countries in the world). Half the sentences were presented with a concurrent working memory load, which consisted of remembering the result of a simple calculation (e.g., subtracting 3 from 95) while processing a sentence and reporting the number immediately thereafter. Reading times for the target word and the three words immediately following it were used as the main dependent variable. The background measures included a C-Test of English proficiency, a reading span task, a digits-forward task, a digits-backward task, and a detailed background questionnaire. In agreement with previous research, it was found that morphological violations tended to cause slowdowns in processing. Conversely, the presence of a concurrent memory load tended to cause speedups. Native speakers differed from non-native speakers by: (1) showing an early sensitivity to violations of Stratum 2 derivational morphology; (2) exhibiting a delayed response to violations of Stratum 1 derivation; and (3) not slowing down after violations of inflectional morphology. In addition, native speakers were the only group exhibiting no relationship between morphological processing on one side and short term-memory, working memory, and C-Test scores on the other. Overall, the similarity between native and non-native speakers was the greatest in the processing of Stratum 1 derivation. Crucially, the temporal pattern of the Korean participants’ responses to morphological violations in English placed them in an intermediate position between the English and Chinese native speakers, which was interpreted as evidence of L1 – L2 transfer in morphological processing. Notably, this transfer occurred between an agglutinative L1 and an unrelated mixed-type L2.

Students with moderate intellectual disabilities (MoID) typically are not taught decoding skills because they have difficulty mastering critical blending skills. In response to this skill deficit among students with MoID, an Initial Phonics instructional sequence was created that included student development of rapid and automatic retrieval of taught letter-sound correspondences to a level of mastery before teaching the skill of blending. For each of 16 students with MoID (ages 6-15), mastery criterion of letter-sound automaticity phases was determined by their individual naming speed as measured by the Rapid Object Naming (RON) subtest of the Comprehensive Test of Phonological Processing (CTOPP). Visual analysis of graphically displayed single-case data revealed a functional relation between simultaneous prompting procedures and letter-sound correspondences, automaticity, and blending acquisition for all students. Furthermore, the use of hierarchical linear growth modeling (HLGM) revealed statistical significance for: (a) the impact of daily instruction on the development of letter-sound correspondences, automaticity, and blending in terms of average student growth per instructional session, (b) variability between student growth trajectories within automaticity and blending phases, (c) student pretest scores on RON as an explanatory variable for differences between growth trajectories within automaticity treatment phases, and (d) the extent to which the number of sessions to mastery within automaticity phases and student age predicted acquisition of blending skills. The purpose of identifying explanatory/predictor variables was to classify cognitive predictors for students with MoID who successfully acquire blending skills.

Undervisning om multiplikationstabellen består främst av lärande genom repetition eller strategi. Syftet med litteraturstudien är att utifrån forskning undersöka och jämföra inlärning av multiplikationstabellen genom strategi- och repetitionsbaserad undervisning. Studien avgränsas till elever i årskurs 1 till 6. Materialet samlades in genom en iterativ sökning på åtta databaser för vetenskapliga publikationer. Det insamlade materialet bestod av sjutton vetenskapliga publikationer. Resultatet visade att både lärande genom repetition och lärande genom strategi möjliggör för elever att automatisera multiplikationstabellen. Resultatet visade också att lärande genom strategi gör att elever kan använda sina kunskaper i nya matematiska sammanhang. En nackdel med lärande genom repetition är att det är svårt att lära sig multiplikationstabellen utan att använda mönster och samband. Strategi- och repetitionsbaserad undervisning leder till olika felsvar. Felsvaren förklaras bland annat med att eleven övat för lite eller att de har en bristande taluppfattning. Forskningen presenterar en stadieteori som beskriver lärandet av multiplikationstabellen och två olika teorier som beskriver hur multiplikationskombinationer memoreras. Kombinationerna memoreras som enskilda enheter eller som system av sammankopplade erfarenheter. / Teaching of the multiplication table mainly consists of learning through drill or learning through strategy. The aim of this literature study is to investigate and compare the learning of the multiplication table through strategy and drill. The study is an analysis of previous research and limited to research on pupils in grade 1 to 6. The material was collected through an iterative search in eight databases of scientific literature. The retrieved material contained seventeen scientific publications. The analysis showed that both learning through drill as well as learning through strategy make pupils develop automaticity of the multiplication table. It also showed that learning based on strategies enable pupils to use acquired knowledge in new mathematical areas. A disadvantage of learning through drill is that it is difficult to learn multiplication facts without utilizing patterns and connections. Pupils make different errors depending on whether they have been taught through strategies or through drill. Errors are explained with a variety of factors, for instance a lack of practice or a lack of number sense. Previous research present three phases that pupils go through in order to master the multiplication table and two different theo-ries of how the multiplication facts are memorized. The multiplication facts are memorized either as separate entities or as a system of interrelated experiences.

It has long been held that processing at the single word level during reading is automatic. However, research has recently begun to emerge that challenges this view. The literature surrounding the processing of emotion while recognizing printed words is limited, but some findings in the processing of emotion in faces suggest that negative stimuli (especially threat stimuli) promote quick and accurate processing. The purpose of the present experiments is to investigate whether negative emotionally-laden words are afforded priority processing in visual word recognition compared to positive emotionally-laden words. Two experiments are reported that manipulated the lexicality and valence of the target and distractor stimuli (Experiments 1 & 2), the validity of a spatial pre-cue (Experiments 1 & 2), and the presence of a distractor item (Experiment 2). Participants were asked to determine whether the target stimulus spelled a word or not. Response times on valid trials were faster compared to invalid trials, response times to negative emotionally-laden words were slower compared to positive emotionally-laden words, and the presence of a distractor item encouraged better focus on the target stimuli in the absence of any evidence that the valence of the distractor itself was processed. These results are consistent with the hypothesis that visual word recognition is not automatic given that processing benefited from the accurate direction of spatial attention. Furthermore, negative emotionally-laden words benefited equally compared to positive emotionally-laden words and therefore provide no evidence of automatic processing.

abstract: Research on priming has shown that a stimulus can cause people to behave according to the stereotype held about the stimulus. Two experiments were conducted in which the effects of elderly priming were tested by use of a driving simulator. In both experiments, participants drove through a simulated world guided by either an elderly or a younger female voice. The voices told the participants where to make each of six turns. Both experiments yielded slower driving speeds in the elderly voice condition. The effect was universal regardless of implicit and explicit attitudes towards elderly people. / Dissertation/Thesis / M.S. Applied Psychology 2012

Doctor of Philosophy / Physics / Nobel S. Rebello / This dissertation investigates the effects of visual cueing and outcome feedback on students' performance, confidence, and visual attention as they solve conceptual physics problems that contain diagrams. The research investigation had two parts. In the first part of the study, participants solved four sets of conceptual physics problems that contain diagrams; each set contained an initial problem, four isomorphic training problems, a near transfer problem (with a slightly different surface feature as the training problems), and a far transfer problem (with considerably different surface feature as the training problems). Participants in the cued conditions saw visual cues overlaid on the training problem diagrams, while those in the feedback conditions were told if their responses were correct or incorrect. In the second part of the study, the same students solved the near and far transfer problems from the first study two weeks later. We found that the combination of visual cueing and outcome feedback improved performance on the near transfer and delayed near transfer problems compared to the initial problem, with no significant difference between them. Thus, the combination of visual cueing and outcome feedback can promote immediate learning and retention. For students who demonstrated immediate learning and retention on the near and far transfer problems, visual cues improved the automaticity of extracting relevant information from the transfer and delayed transfer problem diagrams, while outcome feedback helped automatize the extraction of problem-relevant information on the delayed far transfer problem diagram only. We also showed that students' reported confidence in solving a problem is positively related to their correctness on the problem, and their visual attention to the relevant information on the problem diagram. The most interesting thing was how changes in confidence occurred due to outcome feedback, which were also related to changes in accuracy and visual attention. The changes in confidence included both reductions in confidence and increases in confidence due to feedback when the student was wrong (first) and right (later). This seems to have led to learning (change in accuracy), and also changes in attentional allocation (more attention to the thematically relevant area).

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