Physics Principles and Course Structure

General Introduction

Physics is a foundational science that influences a wide range of fields, including biological systems. The principles of physics are important in every aspect of our world, from the behavior of molecules to the structure of whole organisms. This course emphasizes the application of physics concepts to biological scenarios, aiming to develop both conceptual understanding and problem-solving skills.

• Physics Principles: Physics explains how and why biological molecules function and how physical laws govern biological systems.

• Application: Students will learn to apply physics concepts to real-world biological problems.

• Analytical Skills: The course aims to foster analytical thinking and the ability to solve a variety of physics problems.

• Example: Understanding how diffusion works in cells or how energy is transferred in biological processes.

Course Learning Objectives

By the end of the semester, students should have a basic understanding of electric and magnetic interactions, be able to describe and analyze basic mechanics, and develop effective problem-solving skills using physics principles.

• Key Objectives:

  • Describe and analyze electric and magnetic interactions.

  • Apply mechanics to solve conceptual and quantitative problems.

  • Develop systematic approaches to solving physics problems.

  • Appreciate the relevance of physics in other scientific disciplines.

• Topics Covered: Mechanics, light and optics, electric and magnetic forces, mirrors, lenses, and selected topics from modern physics.

• Example: Calculating the force between two charged particles or analyzing the motion of a pendulum.

Assessment and Class Schedule

Student grades are determined by a combination of homework, group work, exams, and a final exam. The structure is designed to encourage consistent engagement and mastery of material.

• Homework: Weekly assignments with multiple attempts allowed; not penalized for incorrect answers.

• Group Work: Collaborative problem-solving in discussion sections.

• Exams: Three midterms and one final, focusing on both conceptual and quantitative understanding.

• Example: Homework may include questions on Newton's laws or energy conservation.

Textbook and Homework

The official textbook is "Physics: Principles with Applications" (7th Edition) by Douglas Giancoli. However, graded assignments will be completed using the Mastering Physics online platform.

• Textbook: Provides foundational knowledge and examples.

• Mastering Physics: Online platform for homework assignments; access required.

• Group Activities: Discussion-based group work to reinforce concepts.

• Example: Online homework may ask students to solve for the acceleration of an object under a given force.

Course Policies

Attendance, participation, and adherence to academic honesty are required. Calculators are allowed, but electronic devices are restricted during exams. Makeup work and late assignments are subject to approval under specific circumstances.

• Attendance: Required for lectures and discussion sections.

• Calculators: Allowed for exams and activities; phones and other devices are not permitted during exams.

• Makeup Work: Must be requested as soon as possible in case of emergencies.

• Late Assignments: Generally not accepted except for approved circumstances.

• Academic Honesty: Adherence to university policy is mandatory; plagiarism and cheating are strictly prohibited.

• Religious Observance: Accommodations available for religious holidays with advance notice.

• Disabilities: Students should contact the instructor and the Accessibility and Disability Resource Center for accommodations.

Advice from Former Students

Previous students recommend thorough engagement with homework, group work, and practice problems. Understanding concepts is emphasized over rote memorization.

• Homework: Go through problems before class and seek help when needed.

• Group Work: Discuss problems with classmates for deeper understanding.

• Practice: Regular practice with equations and concepts is key to success.

• General Advice: Focus on understanding the reasoning behind problems and practice consistently.

• Example: Use practice problems to reinforce learning and identify areas needing improvement.

Key Physics Concepts (as referenced in the syllabus)

• Mechanics: Study of motion, forces, and energy. Key equations include:

  • Newton's Second Law:

  • Kinetic Energy:

  • Conservation of Energy:

• Electric and Magnetic Interactions: Study of charges, fields, and forces. Key equations include:

  • Coulomb's Law:

  • Ohm's Law:

• Light and Optics: Study of the behavior of light, lenses, and mirrors. Key equations include:

  • Lens Equation:

  • Snell's Law:

Additional info: The syllabus emphasizes the importance of developing both conceptual and quantitative skills, and encourages students to actively participate in group work and discussions to enhance their understanding of physics principles.