Faculty Publications
Measurement Estimation: Learning To Map The Route From Number To Quantity And Back
Document Type
Article
Journal/Book/Conference Title
Review of Educational Research
Volume
68
Issue
4
First Page
413
Last Page
449
Abstract
Measurement estimation has been identified as a critical area for mathematical development, yet little is known about how estimators make their judgments and how competency in measurement estimation can be supported through instruction. We present a framework in which skilled estimators move fluently back and forth between written or verbal linear measurements and representations of their corresponding magnitudes on a mental number line. With reference to the proposed framework, a review of instructional efforts to teach measurement estimation suggests they are incomplete and are limited to producing associations between isolated measurements and their referents. Recommendations are discussed for instruction that would extend students' understanding beyond these discrete points to conceptualize measurement scales and systems.
Department
Department of Educational Psychology and Foundations
Original Publication Date
1-1-1998
DOI of published version
10.3102/00346543068004413
Recommended Citation
Joram, Elana; Subrahmanyam, Kaveri; and Gelman, Rochel, "Measurement Estimation: Learning To Map The Route From Number To Quantity And Back" (1998). Faculty Publications. 3925.
https://scholarworks.uni.edu/facpub/3925