77164 - Physics for Bioinformatics students course page

Lectures hours:

Lectures:

• Course Syllabus (doc, ps).
• Lesson 1 - Materials and Coulomb Law (doc, ps).
• Lesson 2 - Electric Fields (doc, pdf).
• Lesson 3 - Electric Potential (doc, ps).
• Lesson 4 - Capacitors (doc, pdf).
• Lesson 5 - Resistors (doc, ps).
• Lesson 6 - Magnetic Fields and Coils (doc, ps).
• Lesson 7 - Waves (doc, ps).
• Lesson 8 - Beats, refraction and doppler effect (doc, pdf).

Excercises and Solutions:

• Excercise 1 (ps); solution 1 (ps).
• Excercise 2 (ps); solution 2 (pdf).
• Excercise 3 (ps); solution 3 (ps).
• Excercise 4 (ps); solution 4 (ps).
• Excercise 5 (ps); solution 5 (ps).
• Excercise 6 (ps); solution 6 (ps).
• Excercise 7 (ps); solution 7 (ps).
• Excercise 8 (ps); solution 8 (ps).
• Excercise 9 (ps); solution 9 (ps).
• Excercise 10 (ps); solution 10 (ps).
• Excercise 11 (ps); solution 11 (ps).
• Excercise 12 (ps); solution 12 (ps).

Links:

• HowStuffWorks - Answers to most general questions you have about popular physics, and how stuff works, in general.
• Zona Land - Waves, including graphics and animation.
• Eric Weinstein's World of Physics - A free physics encyclopedia. Most entries are very professional (not popular science), and are usually more advanced than the course material.
• The Periodic Table of Elements.
• Project Links - Electricity and magnetism, including many demonstrations.
• National Taiwan Normal University - Java demonstrations of many topics in elecricity and magnetism.
• Mollecular Expressions- Java demostration of Lenz's law (It's worthwile to look at other demonstrations as well).