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Science Teaching Series

• The Sourcebook for Teaching Science
• Hands-On Physics Activities
• Hands-On Chemistry Activities

Internet Resources

I. Developing Scientific Literacy

• 1 - Building a Scientific Vocabulary
• 2 - Developing Science Reading Skills
• 3 - Developing Science Writing Skills
• 4 - Science, Technology & Society

II. Developing Scientific Reasoning

• 5 - Employing Scientific Methods
• 6 - Developing Scientific Reasoning
• 7 - Thinking Critically & Misconceptions

III. Developing Scientific Understanding

• 8 - Organizing Science Information
• 9 - Graphic Oganizers for Science
• 10 - Learning Science with Analogies
• 11 - Improving Memory in Science
• 12 - Structure and Function in Science
• 13 - Games for Learning Science

IV. Developing Scientific Problem Solving

• 14 - Science Word Problems
• 15 - Geometric Principles in Science
• 16 - Visualizing Problems in Science
• 17 - Dimensional Analysis
• 18 - Stoichiometry

V. Developing Scientific Research Skills

• 19 - Scientific Databases
• 20 - Graphing & Data Analysis
• 21 - Mapping & Visualizing Data
• 22 - Science Inquiry & Research
• 23 - Science Projects & Fairs

VI. Resources for Teaching Science

• 24 - Science Curriculum & Instruction
• 25 - Planning Science Instruction
• 26 - The Science Laboratory
• 27 - Science Reference Information

Bernoulli's Principle

• Pressure & Balancing the Ping Pong ball
• Bernoulli's Principle - Hands-On Physics 4.4.3
• Flight - Hang-gliding (Horseshoe Meadows, Sierra Nevada, 2006)
• Flight- Sea gull (Puget Sound, 1972)
• Flight -diagram. Note that flight is only partially explained by Bernoulli's Principle

 

 

• Norman Herr, Ph.D.
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