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MINDS ON PHYSICS: COMPLEX SYSTEMS, ACTIVITIES & READER

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Not a traditional textbook - the Minds On Physics Student Activities Book is comprised of two parts: Activities and the Reader. The Activities form an integrated set of thoughtful engagements for students, and the Reader organizes and summarizes the ideas of the physics content and is meant to be read after students have engaged in associated activities.

Activities

The MOP activities all have the same basic structure:

Purpose and Expected OutcomeIn this section, we tell students the specific concepts, principles, and other ideas that will be raised and addressed during the activity. This section also tells students what they are expected to learn.

Prior Experience / Knowledge Needed
We first list for students the concepts and principles they should know or be familiar with before attempting the activity. Then, if necessary, we provide any additional background needed to do the activity.

Main Activity
This section contains the specific questions and problems that probe students' understanding and prepare them to make sense out of the ideas.

Reflection
After finishing the Main Activity, students re-examine their answers to look for patterns. They are also asked to generalize, abstract, and relate concepts to the situations they have studied.

 

Complex Systems Activities

Static Fluids
CS-1. Exploring Ideas About Fluids
CS-2.
More Exploring Ideas About Fluids
CS-3.
Investigating Pressure and Density
CS-4.
Relating Pressure Ideas to Different Situations
CS-5.
Exploring Interactinos Between Static Fluids and Rigid Bodies
CS-6.
Comparing Interactions Between Static Fluids and Rigid Bodies
CS-7. Reasoning About Static Fluids

Moving Fluids
CS-8. Exploring Ideas About Moving Fluids
CS-9. Analyzing Fluid Flow with Physics Principles
CS-10.
Reasoning with Bernoulli's Principle
CS-11.
Solving Problems Involving Idealized Fluids
CS-12.
Exploring Other Fluid Phenomena

Heat and Temperature
CS-13. Exploring Heat and Temperature
CS-14. Investigating Thermal Equilibrium
CS-15. Relating Changes in Temperature to Changes in Energy
CS-16. Exploring the Concept of Energy in Complex Systems
CS-17. Relating Thermal Motion and Temperature

Entropy
CS-18. Counting States in a Simple System
CS-19. Exploring Equilibrium in a Complex System
CS-20. Exploring Entrophy in a Complex System
CS-21. Relating Entropy to Realistic Systems
CS-22. Reasoning Using Entrophy Ideas
CS-23. Reasoning and Problem Solving in Complex Systems

Oscillations
CS-24. Investigating Oscillating Systems
CS-25. Investigating the Period of Oscillatory Motion
CS-26. Investigating Oscillations in Complex Systems
CS-27. Investigating Continuous Complex Systems

Waves
CS-28. Recognizing the Role of Forces in Transverse Waves
CS-29. Recognizing Momentum & Energy in Transverse Waves
CS-30. Analyzing Simple Wave Behavior
CS-31. Reasoning andn Problem Solving with Waves

Complex Systems Reader

Chapter 1: Fluids
1.1 Density and Pressure
1.2 Static Fluids
1.3 Moving Fluids

Chapter 2: Heat, Temperature, and Entropy
2.1 Heat and Temperature
2.2 Relating Thermal Motion and Temperature
2.3 Entopy

Chapter 3: Oscillations and Waves
3.1 Oscillations
3.2 Waves