used that data, plus analyses of student explanations, to score the studentsâ€™ scientific inquiry exploration skills, and scientific inquiry synthesis skills within the context of physics.
Source: Bennett, R. E., Persky, H., Weiss, A. R., Jenkins, F. (2007). Problem-solving in technology-rich environments. A Report from the NAEP Technology-Based Assessment Project. Research and Development Series. Institute of Education Sciences, NCES 2007466. Washington, DC: U.D. Department of Education.
Initial reactions by students during the piloting phase of this helium balloon task were positive. They stated it was the first time they had ever learned something as they took a test. Analysis: This task was very specifically defined (as opposed to ill-structured or open-ended for inquiry problems). Because the students learned how to solve this type of problem through the tutorial, the assessment became procedural (know how).
Know what (Declarative)
Level of Assessment in the Helium Balloon Problem Know how Know why Know when, why, (Procedural) (Schematic) and how to apply (Strategic) X
Know own learning (Metacognitive)
Example 2: Test Item from the 2006 PISA Science Assessment The following example is an item from the 2006 PISA science international assessment. It provides datasets in two different visual formats and asks a question that requires the student to analyze both charts, juxtapose several pieces of information in order to infer a connection between the water levels of Lake Chad over time, and the specific time periods in which species inhabited the land surrounding the lake, and interpret the results. While this is an example of a multiple choice test item, it is considered a problem solving assessment of moderate difficulty.
Assessment brief Metiri