BackPHYS 1400: Introductory Physics I – Syllabus and Course Structure
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Course Overview
Introductory Physics I (PHYS 1400)
This course provides a foundational introduction to calculus-based physics, focusing on essential topics in mechanics. It is designed for students in science and engineering programs and covers both theoretical concepts and practical laboratory skills.
Prerequisites: Grade 12 Advanced Functions, Introductory Calculus or equivalent, and Grade 12 Physics (recommended).
Mathematics: Calculus is used throughout the course.
Course Outline
Main Topics Covered
The course covers the following chapters, which align with standard college-level physics curricula:
Physical quantities, units, measurement
Motion in one dimension (kinematics)
Motion in two dimensions (kinematics)
Newton's Laws of Motion
Work, energy, and conservation of energy
Momentum and conservation of momentum; collisions
Rotation and rigid bodies
Periodic motion (Simple Harmonic Motion)
Additional info: These topics correspond to chapters 1-6, 7-8, and 10-14 in the textbook.
Required Course Materials
Textbook and Online Resources
Textbook: "Physics for Scientists and Engineers" by Knight (Pearson)
Mastering Physics: Online homework and assessment platform (mandatory)
Laboratory Manual: Provided for lab assignments
Note: The course is part of the UWindsor Textbook Pass, which provides access to required materials.
Evaluation and Grading
Assessment Components
Weekly Homework: 15% (completed on Mastering Physics)
Between-Class Learning Assessments: 15%
Midterm Examinations: 30% (two exams, each 15%)
Final Examination: 30%
Laboratory Reports: 15%
Exams: Include worked problems, conceptual questions, short answers, and reviews. Calculators and formula sheets are not permitted unless specified.
Homework and Mastering Physics
Types of Assignments
Between-class assessments: Short, regular assignments to reinforce lecture material.
Homework assignments: Larger, cumulative assignments to deepen understanding.
Both types are completed online and contribute significantly to the final grade.
Laboratory Component
Lab Participation and Expectations
Lab work is mandatory and worth 15% of the final grade.
Students must follow safety protocols and academic integrity guidelines.
Lab reports must be original; plagiarism is strictly prohibited.
Academic Integrity
Policies and Expectations
Collaboration is allowed for discussing requirements, but all submitted work must be individual.
Copying, sharing, or submitting another student's work is considered misconduct.
Plagiarism will result in disciplinary action and a grade of zero for the assignment.
Lecture Attendance and Materials
Lecture Policy
Attendance is not required, but students are responsible for all posted materials and announcements.
Lecture slides and recordings are available online.
Support and Resources
Student Support Services
Wellness Together Canada: 24/7 mental health and substance use counseling
Campus-based counseling and accessibility services
Academic support and tutoring
Course Schedule and Important Dates
Examinations
Midterm Exams: Two scheduled during the semester
Final Exam: Scheduled by the University Registrar
Summary Table: Grading Breakdown
Component | Weight (%) |
|---|---|
Weekly Homework (Mastering Physics) | 15 |
Between-Class Assessments | 15 |
Midterm Exams (2) | 30 |
Final Exam | 30 |
Laboratory Reports | 15 |
Additional Information
Course materials are for instructional purposes only and not for redistribution.
Use of generative AI for assignments is subject to university policy and must be properly cited.