Principles of Physics II (Calculus-based Physics II)

Electricity and Magnetism, Waves & Optics,  and Relativity and Quantum Physics


Course Objectives

To help students develop (i) a good understanding of fundamental physical principles and (ii) skills to solve real-world physical problems associated with the topics. Lectures will include basic principles illustrated with examples. Students are expected to attend all class lectures, and spend time reading the textbook and solving assigned problems to develop a solid understanding of the physical principles and how to use them in real-world examples.

 

Location and Time

Aderhold Learning Center 312 (MW, 12:30 PM - 1:45PM)

Aderhold Learning Center 212 (MW, 5:30 PM - 6:45PM)


Instructor

Dr. Mukesh Dhamala
Office:    1 Park Place, Room #433
Phone:    (404) 413-6043
Email:     
mdhamala@gsu.edu
Web:
http://physics.gsu.edu/dhamala/dhamala.html
Office hours: Monday and Wednesday: 2-3:30PM
                                         
Textbook
Physics for Scientists and Engineers by Randall D. Knight (4e edition)
(Chapters: 22-32, 16-17, 33-35, selected topics from 36 - 42 if time allows)


Laboratory (Natural Science Center 210)

Please follow the information from this website:  http://www.physics.gsu.edu/butler/labs/index.html


Grading

Final Grade = 75% (Lecture) + 25% (Laboratory)
75% (Lecture) = 15% (homework) + 10% (class quizzes + discussions) + 30% (2 Tests) + 20% (Final Exam)    
Letter Grades: A= 4.0, A-, B+, B= 3.0, B-, C+, C=2.0, C-, D=1.0, F =0.0

                     (x+/- =x +/-0.33)   

Homework

Homework assignments will be posted online by using the MasteringPhysics (http://www.masteringphysics.com/).  A student will need an account and the access code for the online materials. The access code is included with a new book or can be purchased online from the publisher (Pearson). To enroll into this course, the instructor's course ID for this class is:   MPDHAMALA2019SPRING


Class Quizzes
There will be in-class quizzes and related discussions during some lectures. You will be graded for your effort, participation and correctness.     


Test I & II (in-class)

Feb 18 and March 27
                                  
Final Exam

May 6, 10:45-13:15  (for 12:30 PM class)

May 1, 16:15-18:45 (for 5:30 PM class)


Tentative Schedule (Jan 14 to April 29) for Topics

Chapter #

Chapter Name

Estimated Time (weeks)

Chapter 22

Electric Charge and Forces

1.0

Chapter 23

The Electric Field

1.0

Chapter 24

Gauss Law

1.0

Chapter 25

The Electric Potential

1.0

Chapter 26

Potential and Field

1.0

Chapters 22 - 26

Test I


Chapter 27

Current and Resistance

1

Chapter 28

Fundamentals of Circuits

0.5

Chapter 29

The Magnetic Field

1

Chapter 30

Electromagnetic Induction

0.5

Chapter 31 + 32

Electromagnetic Fields and Waves

AC Circuits

1

Chapters 27 - 32

Test II


Chapter 16

Traveling Waves

1

Chapter 17

Superposition

1

Chapter 33

Wave Optics

1

Chapter 34

Ray Optics

1

Chapter 35

Optical Instruments

 

Chapters 36-42

Modern Physics (selected topics)

 

Chapters 16 - 17, 33 - 35, + 10 conceptual questions from all previous chapters

Final Exam

 

 

Please see GSU academic calendar for important dates:

Spring Semester 2019. (i) begins and ends: Jan 14 - April 29, (ii) MLK holiday: Jan 21, (iii) Midpoint: March 5,
(iv) Spring break: March 18 - 24, (v) Final exams: April 30 - May 7, and (v) Grades in: May 9.

 

Letter Grades from Percentage Points

97 > 91 >  87

A+ > A > A-

87 > 81 > 77

B+ > B > B-

77 > 71 > 67

C+ > C > C-

60 -  67

D

< 60

F

 

 

 

 

 

 

 

 

Disability Services

Students who wish to request accommodation for a disability may do so by registering with the Office of Disability Services for assigned Accommodation Plan and are responsible for providing a copy of that plan to instructors of all classes in which an accommodation is sought.

 

Honor Code

It is the responsibility of the students to abide by the GSU academic honesty policy.

 

Course Evaluation

Upon completing the course, the students will be asked to evaluate the course instructor by the university's online system before their course grades revealed.