Physics of the Modern Era: From Quarks to Cosmos
The goal of this course is for students to enhance their view of the physical world by allowing them to acquire a basic understanding of the physical concepts involved with special relativity, quantum mechanics, atomic and nuclear physics, elementary particles and cosmology. Classical foundations of kinematics, dynamics, conservation laws, and wave properties will be presented.
This course will focus on conceptual understanding rather than mathematical manipulation. However, as mathematics is the language of science, it is expected that you can perform basic algebraic calculations and recognize basic geometric relations throughout the course.
Class Announcements
Welcome to Physics 1180 (Spring 2025)
Please continue to monitor this space for important information and course and updates. This page will be updated on a regular basis. (Last update: May 15th, 2025.)
- Lecture notes are available for specified sections. Scroll down and click on the topic of interest.
- The MyOpenMath Homework 12: Elementary Particles will be due on Friday, May 16th by 12:30 PM. Note that there are TWO parts to the homework: (Part 1: Multiple-choice & Part 2: Numeric Exercises.). After the cut-off time you will no longer be any to make changes to Part 1. However, you can still get 50% credit for correctly answering any part of any part of Part 2 within 24-hours after the cut-off time.
- Extra Credit opportunity: The MyOpenMath Homework 13: Cosmology will be due on Tuesday, May 20th by 12:30 PM. Note that there are TWO parts to the homework: (Part 1: Multiple-choice & Part 2: Numeric Exercises.). After the cut-off time you will no longer be any to make changes to Part 1. However, you can still get 50% credit for correctly answering any part of any part of Part 2 within 24-hours after the cut-off time.
- Extra Credit opportunity: The MyOpenMath Homework 14: Frontiers will be due on Wednesday, May 21st by 12:30 PM. Note that there are TWO parts to the homework: (Part 1: Multiple-choice & Part 2: Numeric Exercises.). After the cut-off time you will no longer be any to make changes to Part 1. However, you can still get 50% credit for correctly answering any part of any part of Part 2 within 24-hours after the cut-off time.
- The Final Exam Thursday, May 22nd starting promptly at 1:00 PM is BIC-3E07. The exam will cover Sections 1.1-4.4 of Griffith's text. Extra credit material will include topics of Chapter 5. You will be provided with useful information including constants, conversion, equation, a Periodic Table of Elements, charts listeing the properties of select baryons, meson, leptons,and quarks. A sample equation sheet and study guide have be provided. Scroll down to the three "Exam Resources" section and click on the desired links to access.
Class Resources
- Detailed Class Information (Syllabus)
- Blackboard (COD classroom management platform)
- MyOpenMath (Online homework platform)
Lecture Notes
- Thursday, January 30th: Units, Conversion, Significant Figures & Scientific Notation
- Tuesday, February 4th: Kinematics
- Thursday, February 6th: Dynamics & Newton's Laws of Motion
- Tuesday, February 11th: Forces
- Thursday, February 13th: Momentum
- Tuesday, February 18th: Energy
- Thursday, February 20th: Waves
- Acoustics and Vibrations Animations - Dan Russell, Grad.Prog. Acoustics, Penn State University
- How to Use the Doppler Formula
- Tuesday, February 25th: Review for Exam 1 (See Exam 1 Study Guide below.)
- Thursday, February 27th: Exam 1
- Tuesday, March 4th: Going over Exam 1
- Thursday, March 6th: Introduction to Special Relativity
- Tuesday, March 11th & Thursday, March 13th: Relativistic Momentum and Energy
Exam 1 Resources
Exam 2 Resources
Exam 3 Resources
- Sample Equation Sheet for Exam 3
- Study Guide for Exam 3
- Classification of Elementary Particles
- Properties of Leptons & Quarks
- Properties of Baryons and Mesons
General Resources
- Dr. Pasquale's Physics 1100 Channel (videos from COD'a Physics 1100 course)
- The Conceptual Academy (Additional videos)
- Crashcourse Physics (More advanced videos)
- Periodic Tables of Elements with Videos
- Physics Simulations (University of Colorado)
- Return to Dr. Fazzini's Homepage