An overview is provided of the current literature on mathematical learning of children with a learning disability. Mathematics for the population viewed is seen to mean mainly arithmetic. It is felt more research is clearly needed on teaching arithmetic to children with a learning disability. (MP)

A review of "Elementary, My Dear Apple," a commercial software package for the Apple II microcomputer. The package contains four computer programs which present elementary-level spelling, math, and economics learning activities in game-like formats. (SJL)

A thirty-four item criterion referenced multiple choice mathematics placement examination was administered to 383 freshmen entering Chicago State University in the Fall, 1974. Each item of the test was constructed to measure a specific computational behavioral objective. The proportion of students demonstrating each desired behavior is reported.…

Arithmetic and reading achievement scores of 84 children were correlated with power and precision of Bender Memory using the Bender Visual Memory Technique (BVMT). Of the 20 correlations, 16 were significant. Support for recommended use of the BVMT as a screening instrument for early assessment of arithmetic skill is provided. (Author/SJL)

Three types of arithmetic algorithms are discussed and compared. These are algorithms designed to get the right answer, computer algorithms, and algorithms designed to get the right answer and understand why. (MP)

Elementary school pupils identified as being a year or more behind in reading and/or math achievement and who were observed as spending low percentages of time on task were selected for participation in an intensive engineered resource room program. Groups of approximately 10 Ss participated in each of three eight-week intervention phases. (Author)

Describes a method for teaching multiplication of fractions based on Piaget's constructivism. Instead of teaching the algorithm of multiplying the numerators and denominators, students are presented with many problems and ask to invent their own ways of solving them. (DDR)

Mental arithmetic strategies were studied with 91 Dutch third graders who computed by splitting off 10s and units in both numbers or counting by 10s up or down from the first unsplit number. Results reveal flexibility in changing between and within strategy use. Implications for instruction are discussed. (SLD)

Demonstrates how mathematics is a changing science through an in-depth look at the history of the development of logarithms. Serves as a reminder to continue to remember and appreciate the efforts and contributions of past mathematicians. (KHR)

Presents an issue that arises in every country: How can teachers best help children master basic addition and subtraction facts? Discusses how this is handled in China and highlights the impact that language has on how children think about numbers. (KHR)

Explores how to use Gardner's Multiple Intelligence theory to help students' master multiplication. Focuses on helping children use their different intelligence strength to attain conceptual understanding of multiplication, develop their own thinking strategies for harder facts, and build mastery through practice and problem solving. (KHR)