Course Overview

This syllabus outlines the structure, objectives, and requirements for a college-level Contemporary Physics course (PHYS 2325.001). The course covers foundational and modern topics in physics, including classical mechanics, electromagnetism, quantum mechanics, and relativity.

Course Information

• Course Title: Contemporary Physics

• Term: Fall 2023

• Meeting Times: Tuesday, Thursday 8:30 – 9:45 AM

• Instructor: Dr. Ameen Khan

• TA: Tanvir Anowar

Course Description

This course introduces students to the principles and concepts of classical and modern physics, with an emphasis on applications and problem-solving. Topics include mechanics, electromagnetism, waves, optics, quantum mechanics, and relativity.

Student Learning Objectives

• Understand and apply the basic definitions, laws, and equations for physical phenomena.

• Analyze and solve problems involving kinematics, dynamics, energy, and momentum in one and two dimensions.

• Describe the properties of atomic particles, atomic structure, emission and absorption spectra, quantum mechanics, and nuclear physics.

• Apply mathematical and conceptual models to interpret and predict physical behavior.

Required Textbook and Materials

• Textbook: University Physics, Bauer and Westfall, 1st Edition (with MasteringPhysics.com access)

• Mastering Physics Student Kit: Required for homework assignments

Suggested Academic Calendar & Topics

The course covers the following major topics, with associated textbook chapters:

• Waves and Propagation of Light (Ch. 33, 34, 36)

• Relativity (Ch. 37)

• Quantum Physics (Ch. 38, 39)

• Atomic Structure (Ch. 40)

• Nuclear Physics (Ch. 41, 42)

Additional topics include interference, diffraction, photoelectric effect, Compton effect, and applications of quantum mechanics.

Assessment and Grading

• Exams: Three exams (two midterms and one final), covering all major topics.

• Quizzes and Homework: Weekly assignments using Mastering Physics (30% of final grade).

• Grading Scale: A (≥ 85%), B (≥ 74%), C (≥ 63%), D (≥ 52%), F (< 52%)

Course Policies

• Attendance is required and participation is expected.

• Late homework is not accepted unless prior arrangements are made.

• Academic honesty is strictly enforced.

Additional Resources

• Mastering Physics online platform for homework and practice problems.

• University academic support resources and tutoring links provided.

Summary Table: Major Physics Topics and Chapters

Important Equations and Concepts (Examples)

• Wave Equation:

• Photoelectric Effect:

• Relativity (Time Dilation):

• de Broglie Wavelength: