Deaf college students' comprehension of relational language in arithmetic compare problems

In this study of deaf college students' performance solving compare word problems, relational statements were either consistent or inconsistent with the arithmetic operation required for the solutions. The results support the consistency hypothesis Lewis and Mayer (1987) proposed based on research with hearing students. That is, deaf students were more likely to miscomprehend a relational statement and commit a reversal error when the required arithmetic operation was inconsistent with the statement's relational term (e.g., having to add when the relational term was less than). Also, the reversal error effect with inconsistent word problems was magnified when the relational statement was a marked term (e.g., a negative adjective such as less than) rather than an unmarked term (e.g., a positive adjective such as more than). Reading ability levels of deaf students influenced their performance in a number of ways. As predicted, there was a decrease in goal-monitoring errors, multiple errors, and the number of problems left blank as the reading levels of students increased. Contrary to expectations, higher reading skills did not affect the frequency of reversal errors.     

The consistency effect depends on markedness in less successful but not successful problem solvers: An eye movement study in primary school children

This study examined the effects of consistency (relational term consistent vs. inconsistent with required arithmetic operation) and markedness (relational term unmarked [‘more than’] vs. marked [‘less than’]) on word problem solving in 10–12 years old children differing in problem-solving skill. The results showed that for unmarked word problems, less successful problem solvers showed an effect of consistency on regressive eye movements (longer and more regressions to solution-relevant problem information for inconsistent than consistent word problems) but not on error rate. For marked word problems, they showed the opposite pattern (effects of consistency on error rate, not on regressive eye movements). The conclusion was drawn that, like more successful problem solvers, less successful problem solvers can appeal to a problem-model strategy, but that they do so only when the relational term is unmarked. The results were discussed mainly with respect to the linguistic–semantic aspects of word problem solving.     

Embellishing Problem-Solving Examples with Deep Structure Information Facilitates Transfer

Appreciation of problem structure is critical to successful learning. Two experiments investigated effective ways of communicating problem structure in a computer-based learning environment and tested whether verbal instruction is necessary to specify solution steps, when deep structure is already embellished by instructional examples. Participants learned to solve algebra-like problems and then solved transfer problems that required adjustment of learned procedures. Experiment 1 demonstrated that verbal instruction helped learning by reducing learners' floundering, but its positive effect disappeared in the transfer. More importantly, students transferred better when they studied with examples that emphasized problem structure rather than solution procedure. Experiment 2 showed that verbal instruction was not necessarily more effective than nonverbal scaffolding to convey problem structure. Final understanding was determined by transparency of problem structure regardless of presence of verbal instruction. However, verbal instruction had a positive impact on learners by having them persist through the task, and optimal instructional choices were likely to differ depending on populations of learners.     

“Acquired” Equals Addition? Associating Verbs with Arithmetic Operations Impacts Word Problem Performance

Successful word problem performance often requires understanding the linguistic relations between characters and objects. However, the keyword method promotes associating specific words with mathematical operations while neglecting the situational context. Research has thoroughly investigated the detrimental effects of individuals associating relational terminology (e.g., “more”) with mathematical operations (e.g., “addition”). The current study expands upon this line of research by examining whether undergraduate students associate verbs with mathematical operations and if verbal associations affect word problem performance. Similar to relational terminology, the participants associated verbs with operations, which significantly impacted performance. The educational implications are discussed.     

Accurately detecting students’ lies regarding relational aggression by correctional instructions

This study investigates the effect of correctional instructions when detecting lies about relational aggression. Based on models from the field of social psychology, we predict that correctional instruction will lead to a less pronounced lie bias and to more accurate lie detection. Seventy-five teachers received videotapes of students’ true denial messages (e.g., students were innocent) and untrue denial messages (students were involved in relational aggression). A random half of the teachers were either given no further instructions or were told not to use stereotypical non-verbal cues when forming judgements (correctional instruction condition). As predicted, teachers in the correctional instruction condition were slightly better at detecting true than invented stories.     

The effect of instruction on children's solutions of addition and subtraction word problems

This study investigated the effect of initial instruction on the processes children use to solve addition and subtraction word problems. Prior to instruction and following a two-month introductory unit on addition and subtraction, 43 first-grade children were individually tested on verbal problems representing different addition and subtraction situations. Prior to instruction, the children's solution processes directly modeled the action or relationships described in the problem. Following instruction, they generally used a separating strategy for all subtraction problems. Although they could solve the problems, few children could coordinate their solutions with the arithmetic sentence they wrote to represent the problem.     

Influence of Verbal Working Memory Depends on Vocabulary: Oral Reading Fluency in Adolescents With Dyslexia

Most research on dyslexia to date has focused on early childhood, while comparatively little is known about the nature of dyslexia in adolescence. The current study had two objectives. The first was to investigate the relative contributions of several cognitive and linguistic factors to connected‐text oral reading fluency in a sample of adolescents with dyslexia (n = 77). The second was to test the hypothesis that the effect of verbal working memory on connected‐text oral reading fluency is moderated by word‐level skills and/or vocabulary knowledge. The results suggest that many deficits associated with childhood dyslexia remain prominent in adolescence, but the nature of the relationships between key cognitive and linguistic predictors (i.e., word‐level reading, vocabulary, verbal working memory) and reading fluency appear to be different in adolescence. For example, while word‐level skills remain a significant predictor, the strength of the effect is relatively weak. In contrast, the data support an increased role for vocabulary and verbal working memory, including an interaction between these factors. The presence of an interaction can be interpreted as evidence that the influence of verbal working memory on connected‐text oral reading fluency in adolescents with dyslexia depends on individual differences in vocabulary knowledge. These results offer support for the changing nature of dyslexia across development, and suggest that researchers should study dyslexia in adolescents on its own terms, rather than treating it as an extension of reading problems in early childhood.     

Mode of acquisition as a factor in deaf children's reading comprehension

This article examines the role of mode of acquisition (MoA) of word meanings in reading comprehension: children acquire word meanings using perceptual information (e.g., hearing, seeing, or smelling the referent) and/or linguistic information (e.g., verbal explanations). A total of 72 deaf and 99 hearing children between 7 and 15 years of age performed a self-paced reading task. Comprehension scores increased with age in both groups, but reading speed increased over age only for the hearing participants. For both groups, reading times on linguistically acquired words were longer than on perceptually acquired words. Although deaf children scored lower than hearing children in both conditions, comprehension scores for both groups were lower on linguistic items than on perceptual items. Thus, MoA influences reading comprehension, but the deaf show difficulty on both the perceptual and the linguistic items.     

A computer-based strategy for personalizing verbal problems in teaching mathematics

The purpose of this study was to evaluate a computer-based strategy for personalizing verbal problems used in mathematics instruction. Personalization was achieved through a computer program that incorporated names of familiar people and events, such as the student’s friends and birth date, into print copies of lesson examples. In two control treatments, concrete (nonadaptive) contexts and abstract contexts were employed. Subjects were 54 fifth- and sixthgraders studying a lesson on division of fractions. Results showed the personalized-context treatment to be advantageous relative to one or both control treatments for (a) solving conventional word problems, (b) solving transfer problems, (c) recognizing rule procedures, and (d) developing favorable attitudes toward materials. Theoretical interpretations of these effects are discussed, along with considerations about the practicality and effectiveness of the present application using print materials compared to an earlier one using CAl.     

Learning from physics instruction

Forty high school students participated in a study to investigate learning and remembering from physics instruction. At pretest, students received aptitude tests, an alternate form of achievement test (counterbalanced) and a word association (WA) test. Then the 40 students were divided into instruction (N = 28) and control (N = 12) groups. The control group received all subsequent tests but no instruction. The instruction group received physics instruction over five 2-hour sessions. At the end of each session, the WA test was administered; the alternate form of the achievement test was administered at the end of the last session. The instruction and control groups did not differ significantly in achievement at pretest. The instruction group showed a significant gain from pre- to posttest; no such gain was found for the control group. The instruction and control groups did not differ on the number of responses generated on the WA test at pretesting. The number of responses given by students in the instruction group increased significantly from test 1 (pretest) to test 6 (posttest). For the control group, the number of responses increased initially and then leveled out well below the instruction group data. When WA test responses were tallied for “constrained” responses (i.e., tallying only those concepts found in equations defining the stimulus word), the number of constrained responses increased consistently for the instruction group. For the control group, constrained responses showed an initial increase and then leveled out well below instruction group data. Finally, the aptitude, achievement, and WA data were intercorrelated. This analysis suggests that for students who perform well in solving problems at the end of instruction, the physics concepts became meaningful soon after they were introduced. Subsequently, these students were able to consolidate, in memory, the meaning of the concepts and the interrelations among these concepts in the form of equations. Students not able to solve problems at the end of instruction seemed to be completing the process of acquiring the meaning of the concepts.     

Contributions of word-level and verbal skills to written expression: comparison of learners who speak English as a first (L1) and second language (L2)

The study investigated the role of word-level and verbal skills in writing quality of learners who spoke English as a first (L1) and second (L2) language. One hundred and sixty-eight L1 and L2 learners (M = 115.38 months, SD = 3.57 months) participated in the study. All testing was conducted in English. There was a statistically significant L1 advantage on the measures of writing quality and verbal skills (i.e., vocabulary, verbal working memory, and semantic fluency) but not on word-level skills (i.e., spelling and word reading). Results from the multi-sample structural equation modeling analysis showed that the word-level and verbal skills made independent contributions to writing quality of L1 and L2 learners and the strength of these relationships was invariant (equivalent) across the two samples. The educational implications of research on L2 learners who are learning to write in a majority language were discussed.     

Relation and Interactions Among Reading Fluency and Competence for Adult Education Learners

Statistical analyses of data from an academically diverse sample of 276 adult basic and secondary education learners extends understanding of the relation of and interactions between oral reading fluency and reading competence indices. Significant interactions between total word rate and word error rate that differed in relation to two measures of reading competence suggest that adult literacy instructors should emphasize fluency instruction to a greater or lesser degree depending on whether the major goal of instruction is academic reading (e.g., being able to comprehend a textbook) or functional reading (e.g., being able to fill out a job application).     

An exploratory study contrasting high- and low-achieving students' percent word problem solving

This study evaluated whether schema-based instruction (SBI), a promising method for teaching students to represent and solve mathematical word problems, impacted the learning of percent word problems. Of particular interest was the extent that SBI improved high- and low-achieving students' learning and to a lesser degree on the indirect effect of SBI on transfer to novel problems, as compared to a business as usual control condition. Seventy 7th grade students in four classrooms (one high- and one low-achieving class in both the SBI and control conditions) participated in the study. Results indicate a significant treatment by achievement level interaction, such that SBI had a greater impact on high-achieving students' problem solving scores. However, findings did not support transfer effects of SBI for high-achieving students. Implications for improving the problem-solving performance of low achievers are discussed.     

Word decoding development in incremental phonics instruction in a transparent orthography

The present longitudinal study aimed to investigate the development of word decoding skills during incremental phonics instruction in Dutch as a transparent orthography. A representative sample of 973 Dutch children in the first grade (M _age  = 6;1, SD = 0;5) was exposed to incremental subsets of Dutch grapheme–phoneme correspondences during 6 consecutive blocks of 3 weeks of phonics instruction. Children’s accuracy and efficiency of curriculum embedded word decoding were assessed after each incremental block, followed by a standardized word decoding measurement. Precursor measures of rapid naming, short-term memory, vocabulary, phonological awareness, and letter knowledge were assessed by the end of kindergarten and subsequently related to the word decoding efficiency in the first grade. The results showed that from the very beginning, children attained ceiling levels of decoding accuracy, whereas their efficiency scores increased despite the incremental character of the consecutive decoding assessments embedded in the curriculum. Structural equation modelling demonstrated high stability of the individual differences assessed by word decoding efficiency during phonics instruction during the first 5 months of the first grade. Curriculum embedded word decoding was highly related to standardized word decoding after phonics instruction was completed. Finally, early literacy and lexical retrieval, and to a lesser extent verbal and visual short term memory, predicted the first fundamental processes of mastering word decoding skills.     

A Synthesis of Morphology Interventions and Effects on Reading Outcomes for Students in Grades K–12

This article synthesized the morphology intervention studies conducted in English with students in kindergarten through 12th grade between 1986 and 2006. Seven studies were identified as focusing primarily on morphology instruction, including roots and affixes, and measuring one or more reading‐related outcomes (e.g., word identification, spelling, vocabulary, reading comprehension). Of those studies meeting the criteria, three studies were focused on word identification, three were focused on vocabulary acquisition, and one was focused on spelling. Although there was a wide range in effect sizes computed for the various outcome measures (?.93 to 9.13), findings indicated that stronger effects were associated with root word instruction (as opposed to affixes alone) and with morphology instruction that targeted students' reading developmental level in an age of acquisition pattern. In addition, results suggested that morphology could successfully be combined with training in other skills without adding instructional time.     

The differential effects of teaching addition through strategy instruction versus drill and practice to students with and without learning disabilities

Forty-two second-grade general education students and 42 students with learning disabilities (LD) were taught basic, one-digit addition facts (e.g., 5 + 3 = _). Students received instruction via (a) a minimum addend strategy, (b) drill and practice, or (c) control. The effectiveness of the two methods was measured through students' accuracy and latency scores on a posttest and a transfer task (e.g., 5 + 3 + 7 =_). Students with LD improved significantly only in the strategy condition, as compared to drill-and-practice and control conditions, whereas general education students improved significantly both in the strategy and the drill-and-practice conditions as compared to the control condition. However, in the transfer task, students from all groups became significantly more accurate only in the strategy condition, while all students were significantly faster than their control group peers regardless of teaching method. The implications for teachers' differential choices of methods of instruction for students with different learning characteristics are discussed.     

Adults’ spelling and understanding of possession and plurality: an intervention study

In English, some words sound the same but are distinguished by silent written markers of their morphological status, as in plurals (e.g., cities), singular possessives (e.g., city’s) and plural possessives (e.g., cities’). We examined undergraduates’ ability to correctly omit or position apostrophes in these three word types before and after a 3-week intervention that focused on the conceptual bases for plurality and possession, as well as their associated spelling rules. Pre-test spelling was imperfect for plurals and poor for possessives, especially plural possessives. Abstract understanding of plurality and possession, measured in a morphological awareness task, was also relatively poor. The intervention resulted in significant but imperfect improvement on all tasks, with post-test morphological awareness predicting post-test spelling of plurals and possessives, even after controls for general spelling ability. Control participants showed no change. We suggest that adults’ difficulty in spelling possessives stems from a shaky grasp of the underlying morphological concepts, and we discuss possibilities for future intervention.     

Teachers’ acquisition of knowledge about English word structure

Previous research suggests that teachers’ knowledge about English word structure (e.g., the phonological structure of words and common orthographic patterns in English) may be limited, although this knowledge is important for effective teaching of word decoding. This study examined teacher education students’ knowledge about word structure, and improvements in their knowledge as a result of instruction, using three tasks: graphophonemic segmentation, classification of pseudowords by syllable type, and classification of real words as phonetically regular or irregular. Participants came from a special education certification program and included both preservice and inservice teachers. Results indicated that prior preparation to teach reading influenced participants’ initial performance on two of the three word-structure tasks (all but graphophonemic segmentation); however, prior experience in teaching reading did not influence word-structure knowledge. A subset of participants who received specific instruction about word structure improved their knowledge relative to a comparison group of teacher education students who did not receive word-structure instruction. Prior preparation did not influence participants’ responsiveness to instruction. Conclusions support the viewpoint that teacher education must include information about English word structure for educators who will teach reading and suggest that sufficiently intensive instruction may be important in developing word-structure knowledge.