Education Commons^™

Using Visual Imagery To Develop Multiplication Fact Strategies, Gina Kling

Dissertations

The learning of basic facts, or the sums and products of numbers 0–10 and their related differences and quotients, has always been a high priority for elementary school teachers. While memorization of basic facts has been a hallmark of elementary school, current recommendations focus on a more nuanced development of fluency with these facts. Fluency is characterized by the ability to demonstrate flexibility, accuracy, efficiency, and appropriate strategy use. Despite recommendations to focus on strategy use, there is insufficient information on instructional approaches that are effective for developing strategies, particularly for multiplication facts. Using visual imagery with dot patterns has …

Effects Of Online Program Vs. Handheld Flashcards On Multiplication And Division Fact Knowledge Of 4th Grade Learners With Exceptional Needs, Lindsay M. Siegman

Theses and Dissertations

This study utilized a time series design to investigate the effects of a computer-based math fact program called Xtramath.org vs. the use of traditional handheld flashcards. Students were given a baseline assessment before beginning the school district's method for learning basic math facts: Xtramath.org. They were tested again after 6 weeks and then began to use traditional handheld flashcards. Students were tested again to compare the results. Eight 4th grade students (5 male and 3 female) with special needs were included in this study. These students attend school in a wealthy, suburban area with a predominantly white population.

Fluency in …

Targeting Difficult Multiplication Problems: Increasing Multiplication Fact Fluency Through A Learning Trials Intervention, Kelly Mccullough Thompson

Doctoral Dissertations

The acquisition of basic math facts is a necessity for elementary school students as it fosters skill development as math concepts increase in difficulty. Specifically, by the end of the fifth grade, students are expected to have mastered all basic one-digit by one-digit multiplication problems. Many students, however, do not become fluent with multiplication facts, particularly the most difficult basic facts (i.e., digits 6-9). The current study was designed to determine if a computer-based learning trials program could enhance automaticity with difficult multiplication facts. Further, we investigated whether the computer program targeting difficult facts could enhance fluency across all basic …