International Journal of Mathematical Education in Science and Technology · 2000 · 15 citations · 14 references
EducationMechanical EngineeringScience EducationMathematics InstructionPhysics EducationSoftware EngineeringClassical MechanicsEducational Software DesignKinematic SimulationKinematicsScience Learning SoftwareSoftware DesignEngineering MechanicsEquation Of Motion FormulationMathematical Modeling In EducationMechanics CurriculumModeling In Mathematics EducationPhysics Problem SolvingSimulations In Instruction
The paper looks at ways of using computer software in the teaching of mechanics. The various reasons for using software are discussed to justify the use of software. A number of examples are then considered to show how different types of software can be used. Examples shown are taken from very specific types of software, more general simulation software and mathematical software. The paper discusses using software to explore mechanics, to challenge ‘misconceptions’, to make links between mathematical representations and motion and to solve non-standard problems. The paper also stresses the need for structured approaches to the use of software.
14
Conceptual change or Conceptual Profile change?
Eduardo Fleury Mortimer · Science & Education · 1995 · 402 citations
Modeling games in the Newtonian World
David Hestenes · American Journal of Physics · 1992 · 347 citations
<i>A guide to introductory physics teaching</i>
A. B. Arons, Thomas D. Miner · The Physics Teacher · 1990 · 328 citations
Students' conceptions of ideas in mechanics
John K. Gilbert, Roger Osborne · Physics Education · 1982 · 113 citations