뒤로PHY1025 Syllabus and Course Structure – Physics with Calculus
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Course Overview
Introduction to PHY1025
PHY1025 is designed as a foundational course to bridge the gap between high school and college-level physics, with a focus on conceptual understanding and problem-solving skills necessary for advanced studies in physics. The course emphasizes the development of scientific thinking, application of basic laws of nature, and proficiency in problem-solving using calculus where appropriate.
Credits: 3
Textbook: University Physics, Young and Freedman, 15th Edition
Platform: MDC Live (online synchronous sessions)
Assessment: Homework, quizzes, and tests via online platforms
Student Learning Outcomes
Core Competencies
Measurement and Units: Define and apply the SI system, use dimensional analysis, and perform vector operations.
Kinematics and Dynamics: Analyze and solve problems involving motion, forces, and equilibrium.
Work, Energy, and Conservation Laws: Apply principles of work, energy, power, and conservation in physical systems.
Periodic Motion: Describe and analyze periodic motion for particles and systems.
Thermodynamics: Understand temperature, phase changes, and the laws of thermodynamics as they relate to matter.
Course Structure and Topics
Lecture Schedule and Chapter Coverage
The course follows a structured weekly schedule, covering key topics in classical physics. Below is a summary of the main topics aligned with standard Physics with Calculus curricula:
Week | Chapters/Topics | Assessment/Practice |
|---|---|---|
1 | Syllabus, Chapter 1 | Practice Chapter 1 |
2 | Chapter 2 | Practice Chapter 2 |
3 | Chapter 3 | Practice Chapter 3 |
4 | Chapter 4 | Test 1 (Chapters 1–3) |
5–6 | Chapters 4–5 | Practice Chapters 4–5 |
7 | Chapter 13 | Practice Chapter 13 |
8 | Chapter 6 | Test 2 (Chapters 4, 5, 13) |
9–10 | Chapters 6–7 | Practice Chapters 6–7 |
11 | Chapter 8 | Practice Chapter 8 |
12 | Chapter 9 | Test 3 (Chapters 6–8) |
13–14 | Chapters 9–11 | Practice Chapters 9–11 |
15 | Review/Final Test | Test 4 (Chapters 9–11) |
Additional info: Chapters correspond to standard topics such as units, kinematics, dynamics, energy, momentum, and rotational motion, as found in the University Physics textbook.
Assessment and Grading
Evaluation Components
Online Homework (30%): 10 assignments, multiple attempts allowed, average score counts toward final grade.
Online Quizzes (20%): 10 quizzes, one attempt each, average score counts toward final grade.
Tests (50%): 4 tests (best 3 out of 4 count), free response format, no make-up tests.
Grading Scale
Grade | Percentage Range |
|---|---|
A | 90–100 |
B | 80–89.9 |
C | 70–79.9 |
D | 60–69.9 |
F | 0–59.9 |
Course Policies and Expectations
Attendance and Participation
Attendance is mandatory and tracked via Zoom reports.
Missing two or more consecutive classes may result in withdrawal (W grade).
Active participation and timely completion of assignments are required for success.
Academic Honesty
Cheating, plagiarism, and other forms of dishonesty are strictly prohibited.
Violations may result in failing grades and disciplinary action.
Conduct and Netiquette
Professionalism and respect are expected in all interactions.
Online etiquette must be followed during virtual sessions and communications.
Student Support and Resources
Tutoring: In-person and virtual tutoring available through MDC Learning Resources.
Disability Services: ACCESS provides accommodations for students with disabilities.
Mental Health: Free mental health and wellness resources are available to all students.
Technical Support: Assistance with online platforms and course access is provided.
Summary of Major Physics Topics (by Chapter Reference)
Chapter 1: Math Review, Units, and Measurement
Chapter 2: 1D Motion / Kinematics
Chapter 3: Vectors and 2D Kinematics
Chapter 4: Dynamics – Newton's Laws
Chapter 5: Applications of Newton's Laws (Friction, Inclines, Systems)
Chapter 6: Work and Energy
Chapter 7: Conservation of Energy
Chapter 8: Momentum and Impulse
Chapter 9: Rotational Kinematics and Dynamics
Chapter 10: Rotational Inertia, Energy, and Torque
Chapter 11: Angular Momentum and Equilibrium
Chapter 13: Periodic Motion (Oscillations)
Additional info: The course sequence aligns with the standard curriculum for introductory calculus-based physics, preparing students for advanced topics such as waves, thermodynamics, and electromagnetism in subsequent courses.
