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Acquiring the Skill of Identifying Fractions through the Virtual-Abstract Framework

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Abstract

Fractions are an important component of mathematics instruction, with implications for both academics and daily living. Yet, more research is needed regarding fraction instruction for students with disabilities, including those with developmental disabilities. This study investigated the effects of using the Virtual-Abstract framework to teach sixth-grade students with developmental disabilities to identify fractions. Through a multiple probe across participants design, researchers examined if a functional relation existed between students’ acquisition of the mathematical behavior of identifying fractions and the Virtual-Abstract (VA) framework. For each student, the study involved three-to-five baseline sessions, six-to-nine intervention sessions, and two maintenance sessions. Two of the students also completed three abstract boost sessions and two additional maintenance sessions. Accuracy data reflected students’ ability to identify fractions on five problems answered independently. A functional relation existed between students’ acquisition of identifying fractions and the VA framework. Yet, two of the students failed to initially maintain their levels of accuracy. The VA framework can help students with developmental disabilities acquire mathematical behaviors, such as identifying fractions.

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Authors and Affiliations

  1. Department of Counseling, Educational Psychology, and Special Education, Michigan State University, 620 Farm Lane, 335 Erickson Hall, East Lansing, MI, 48824, USA

    Emily C. Bouck, Jiyoon Park, Courtney Maher, Kennedy Levy & Katie Cwiakala

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  1. Emily C. Bouck
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  2. Jiyoon Park
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  3. Courtney Maher
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  4. Kennedy Levy
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  5. Katie Cwiakala
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Correspondence to Emily C. Bouck.

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Bouck, E.C., Park, J., Maher, C. et al. Acquiring the Skill of Identifying Fractions through the Virtual-Abstract Framework. J Dev Phys Disabil 31, 435–452 (2019). https://doi.org/10.1007/s10882-018-9650-9

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