Lecture Hours: W/F 10:00 am - 11:30 am ROOM RB 3049

Textbook: Modern Physics for Scientists and Engineers, 4th edition, Thornton and Rex.

Course Outline: Download PDF of Course Outline file of the course outline.

Office Hours: Monday/Wednesday/Friday 11:45 am - 3 PM
Tuesday/Thursday 1:00 pm - 3:00 pm in

Room CB4025.
Additional consultations can be arranged after class or by phone (343-8016) or by
E-mail (apichart.linhananta@lakeheadu.ca)

Final Exam, Friday March 20, 1 - 4 pm, RB 1021

Do practice problem set 1

Download PDF of 2018 Practice set 1

Solution of practice problem set 1

Download PDF of Solution of 2018 Practice set 1

Do practice problem set 2

Download PDF of 2018 Practice set 2

Solution of practice problem set 2

Download PDF of Solution of 2018 Practice set 2

Do practice problem set 3

Download PDF of 2018 Practice set 3

Solution of practice problem set 3

Download PDF of Solution of 2018 Practice set 3

Equation Sheet for This year's FINAL EXAM

Download PDF of Equation Sheet of 2018 FINAL Exam

TRY DOING 2016 FINAL EXAM

Download PDF of 2016 FINAL

Here is the solution:

Download PDF of 2016 FINAL of solution

Solution of Midterm 1

Download PDF of 2018 Midterm 1

Solution of Midterm 2:

Download PDF of 2018 Midterm 2

Solution of Assignment 7 has been posted:

Download PDF of solution of assignment 7

Solution of Assignment 6 has been posted:

Download PDF of solution of assignment 6

Notes on Conductors, Semiconductors, and Insulators with Hints on Question 1 and 2 of the assignment 6 is given below:

Download PDF of Band Theory of Solids

Notes on nuclear physics that will help you do some of the problems of assignment 6 is below:

Download PDF on Nuclear Physics

New version includes hints for doing question 6 of assignment 6 (problem 42 of chapter 12).

Assignment 1: Download PDF of Assignment 1

Question 3 of assignment 1 requires reading the following article on the Schrodinger Cat:

CLICK HERE to read about Schrodinger's cat in two boxes

Solution of Assignment 1: Download PDF Solution of Assignment 1

Assignment 2:
Download PDF of Assignment 2

Here is an example on how to verify the hydrogen solution of question 1 and Unsold Theorem of Question 2:

Download PDF of Hint on question 1 and 2

The PDF includes summary of Complex Numbers at the end of the document

Solution of Assignment 2: Download PDF Solution of Assignment 2

Assignment 3:
Download PDF of Assignment 3

Solution of Assignment 3 can now be downloaded:

Download PDF Solution of Assignment 3

Assignment 4:
Download PDF of Assignment 4

Due on Monday March 5, 2018, 3PM

RELEVANT NOTES FOR ASSIGNMENT 4:

1) Notes on Maxwell-Boltzman(MB) Speed Distribution:

Download PDF of Maxwell-Boltzman Speed Distribution

2) Quantum Ideal Gas, Fermi-Dirac degenerate gas, Fermi energy:

Download PDF of Quantum Ideal Gas

Go here to study the solution of assignment 4

Download PDF of W2018's Assignment 4

Download solution of assignment 5 here

Download PDF of Solution of Assignment 5

Try doing Midterm 1 of 2016

Download PDF of 2016's midterm 1

Here is the solution of Midterm 1 of 2016

Download PDF of Solution of 2016's midterm 1

Here is the equation sheet for this year's midterm

Download PDF of the equation sheet for this year's midterm

Midterm Topics based on some but not all of the first three assignments. Below is the topics and practice problems:

Download PDF on Topics and Extra problems of Midterm 1

Go here to download solutions of extra problems

Download PDF on Topics and Extra problems of Midterm 1 with solution

Notes on Identical Particles (Question 1) can be downloaded here:
Download PDF on Identical Particles

Notes on fine structures and Zeeman effect of Lithium cabn be downloaded here:

Download PDF on Lithium

Hints for Problem 36 chapter 8

Download PDF on Hints for Problem 36

Notes on Pauli-Exclusion Principle and Carbon fine structure(fs)
Download PDF on teh fine-structure (fs) of carbon

This is for students interested in understanding the fine structure of atoms with 2 valence electrons.

TRY PRACTICE QUESTIONS FOR MIDTERM 2

Download PDF of practice questiond for midterm 2

Here is the solution

Download PDF of solution of practice questiond for midterm 2

Hints on how to calculate the three Moment of Inertia of H2O: Download PDF of H2O Moment of Inertia

Puzzle for Part B of Question 2 of Assignment 5 (finding Waldo)

Part B of Question 2 states that the transition photon wavenumber is 18 cm-1.

Go to the link to this experimental paper:

CLICK HERE to read about experiments on H2O

In the plot on the second page, identify where I found the 18 cm-1