PHYS*1300 - Fundamentals of Physics: Course Syllabus and Structure

Course Overview

Introduction to PHYS*1300

PHYS*1300 is a foundational course in physics designed for students at the University of Guelph. The course covers the principles and applications of classical physics, including mechanics, energy, waves, and introductory thermodynamics and electromagnetism. It is intended for students in physical and biological sciences, engineering, and related fields.

Course Objectives

Learning Goals

• Understanding fundamental principles: Develop a conceptual and quantitative understanding of basic physics laws and phenomena.

• Application of physics concepts: Apply physics principles to solve problems in mechanics, energy, waves, and other areas.

• Development of scientific reasoning: Enhance analytical and critical thinking skills through laboratory and theoretical work.

• Communication of scientific ideas: Present and discuss physics concepts and results effectively.

Course Topics

Main Chapters Covered

• Introduction to Physics (Ch 1)

• Motion Along a Line (Ch 2)

• Motion in a Plane (Ch 3)

• Force and Newton's Laws of Motion (Ch 4)

• Circular Motion (Ch 5)

• Conservation of Energy (Ch 6)

• Linear Momentum (Ch 7)

• Torque and Angular Momentum (Ch 8)

• Fluids (Ch 9)

• Elasticity and Oscillations (Ch 10)

• Waves (Ch 11)

• Sound (Ch 12)

• Temperature and the Ideal Gas (Ch 13)

• Heat (Ch 14)

• Thermodynamics (Ch 15)

• Electric Forces and Fields (Ch 16)

• Electric Potential (Ch 17)

• Electric Current and Circuits (Ch 18)

• Magnetic Forces and Fields (Ch 19)

• Electromagnetic Induction (Ch 20)

• Alternating Current (Ch 21)

• Electromagnetic Waves (Ch 22)

• Reflection and Refraction of Light (Ch 23)

• Interference and Diffraction (Ch 25)

• Relativity (Ch 26)

Course Structure

Evaluation Components

Component	Weight
Online Pretests	10%
Quizzes	45%
Labs	15%
Final Exam	30%

Additional info: There is also an optional online homework component worth 5% extra credit.

Learning Resources

Textbooks and Study Materials

• Required Textbook: "Physics for Scientists and Engineers" (specific edition and author listed in course outline)

• Study Guide: Provided by the instructor, includes summaries, practice problems, and key concepts.

• Online Resources: Course website, online quizzes, and interactive simulations.

Lecture Schedule

Weekly Topics

Week	Topics	Textbook Chapters
1	Introduction, Units, Vectors, Motion in One and Two Dimensions	Ch 1, 2, 3
2	Newton's Laws, Applications, Circular Motion	Ch 4, 5
3	Work, Energy, Conservation Laws	Ch 6, 7
4	Rotational Motion, Torque, Angular Momentum	Ch 8
5	Fluids, Oscillations, Waves	Ch 9, 10, 11
6	Sound, Thermodynamics, Heat	Ch 12, 13, 14, 15
7	Electricity and Magnetism	Ch 16, 17, 18, 19, 20, 21
8	Electromagnetic Waves, Optics, Relativity	Ch 22, 23, 25, 26

Additional info: The schedule may be adjusted based on course progress and instructor discretion.

Laboratory Component

Lab Activities

• Experiments related to mechanics, energy, waves, and electricity.

• Emphasis on data collection, analysis, and scientific reporting.

• Lab reports are required for each experiment.

Assessment and Exams

Quizzes, Pretests, and Final Exam

• Quizzes test understanding of weekly topics and problem-solving skills.

• Online pretests prepare students for upcoming material.

• Final exam covers all course content and is scheduled at the end of the term.

Course Policies

Standard Statements

• Academic Integrity: Students must adhere to university policies regarding honesty and plagiarism.

• Accessibility: Accommodations are available for students with disabilities.

• Attendance: Regular attendance and participation are expected.

• Communication: Official course communication is via university email.

Support and Resources

Obtaining Help

• Instructor office hours

• Course website and online forums

• Peer tutoring and study groups