University Physics I (PHYS-2425-NVC 008) Syllabus and Course Overview

Course Overview

Introduction

University Physics I (PHYS-2425-NVC 008) is a foundational course for science, computer science, and engineering majors, focusing on classical mechanics and thermodynamics using calculus. The course emphasizes problem-solving, laboratory experiments, and the application of theoretical principles to real-world scenarios.

Course Structure and Materials

Textbook and Resources

- **Primary Textbook:** University Physics with Modern Physics by Hugh D. Young, Roger A. Freedman, Albert Lewis Ford (15th Edition, Pearson Education, 2020) - **Required Materials:** Scientific calculator (with trigonometric functions), Respondus LockDown Browser + Monitor, flexible webcam, reliable internet access - **Instructional Method:** Face-to-face lectures and laboratory sessions

Learning Outcomes

Core Physics Topics

- **Linear Motion:** Analyze displacement, velocity, and acceleration, especially under constant acceleration - **Forces and Work:** Solve problems involving forces and calculate work - **Newton's Laws:** Apply Newton's laws to physical problems - **Energy:** Identify and classify different types of energy - **Conservation Principles:** Use conservation of energy to solve problems - **Impulse and Momentum:** Define and apply principles of impulse, momentum, and collisions - **Center of Mass and Rotation:** Determine the center of mass and center of rotation for rigid bodies - **Rotational Kinematics and Dynamics:** Discuss the relationship between linear and rotational motion - **Equilibrium:** Define and analyze different types of equilibrium - **Simple Harmonic Motion:** Discuss and apply concepts of periodic motion to real-world problems - **Thermodynamics:** Solve problems involving the First and Second Laws of Thermodynamics

Course Schedule and Assessment

Assignments and Exams

- **Homework:** Assigned for each chapter, includes quizzes and Dynamic Study Modules - **Laboratory Work:** Pre-lab quizzes, data analysis (tables, graphs, calculations), and analysis questions - **Exams:** Conceptual and problem-solving sections, using Respondus LockDown Browser - **Participation:** Attendance and engagement in both lecture and lab

Grading Breakdown

Component	Percentage
Class Participation & Attendance	15%
Homework	15%
Laboratory Work	25%
Exams	45%

Key Physics Topics Covered

Mechanics and Thermodynamics

- **Units, Physical Quantities & Vectors** - **Motion Along a Straight Line** - **Motion in Two or Three Dimensions** - **Newton's Laws of Motion** - **Applying Newton's Laws** - **Work & Kinetic Energy** - **Potential Energy & Conservation** - **Momentum, Impulse, and Collisions** - **Rotation of Rigid Bodies** - **Dynamics of Rotational Motion** - **Equilibrium & Elasticity** - **Fluid Mechanics** - **Gravitation** - **Periodic Motion** - **Mechanical Waves** - **Sound & Hearing** - **Temperature and Heat** - **Thermal Properties of Matter** - **The First Law of Thermodynamics** - **The Second Law of Thermodynamics**

Laboratory Component

Experimental Skills

- **Design and Conduct Experiments:** Develop and execute basic experiments in classical mechanics - **Data Analysis:** Interpret tables, graphs, and calculations - **Lab Reports:** Communicate experimental information logically and scientifically - **Error Analysis:** Evaluate accuracy and sources of error in measurements

Course Policies

Attendance and Participation

- Regular and punctual attendance is mandatory - Absences and tardiness affect grades - Participation in both lecture and laboratory is required

Academic Integrity

- All submitted work must be original - Use of generative AI is prohibited - Plagiarism and academic dishonesty result in severe penalties

Support and Resources

Academic and Student Support

- Academic teaching and resource centers, tutoring, advising, counseling, disability services - Student Advocacy Center for emergency support and mental health - Faculty-student mentoring program

Important Dates and Withdrawal Policy

Withdrawal and Deadlines

- Census Day: September 9th, 2026 - Last day to withdraw without a W on transcript - Final exam schedule differs from regular class times

Summary

This course provides a comprehensive introduction to university-level physics with calculus, covering essential topics in mechanics and thermodynamics. Students will develop both theoretical understanding and practical laboratory skills, preparing them for advanced study in physics and related fields.