3-100-Ripcord-Toys-ModelingScenario

Brody Dylan Johnson; Brody Dylan Johnson; Brody Dylan Johnson

doi:10.25334/8CZ1-Y987

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Modeling Scenario

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3-100-Ripcord-Toys-ModelingScenario

Author(s): Brody Dylan Johnson

Saint Louis University

Keywords: data physics dynamics data collection rolling slipping ripcord toy

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Abstract

This modeling scenario examines the motion of a ripcord-powered toy with the goal of using real data to estimate parameters in a first-order model of the velocity of the toy. Students may conduct experiments or use videos to collect data.

Citation

Researchers should cite this work as follows:

Brody Dylan Johnson (2023). 3-100-Ripcord-Toys-ModelingScenario. SIMIODE, (Version 2.0). QUBES Educational Resources. doi:10.25334/8CZ1-Y987
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Article Context

Resource Type

Modeling Scenario

Differential Equation Type

Technique

Separable

Qualitative Analysis

Parameters

Application Area

Course

Key Scientific Process Skills

Assessment Type

Assignment

Pedagogical Approaches

Vision and Change Core Competencies - Ability

Principles of How People Learn

Bloom's Cognitive Level

Application & Analysis

Description

This modeling scenario examines the motion of a ripcord-powered toy with the goal of using real data to estimate parameters in a first-order model of the velocity of the toy. Students have the option to conduct experiments and produce their own data or use data provided with the modeling scenario. The modeling scenario is split into three parts: (1) model analysis, (2) data collection and interpretation, and (3) parameter estimation and model predictions.