Classical Mechanics

Homework


The following table contains the homework problem assignments and reading assignments for Classical Mechanics for the fall, 2025 semester. The problems are taken from Classical Mechanics: A Modern Perspective by Barger and Olsson (B&O) and locally developed ones that are listed below. Some of the reading assignments are from Physics for Scientists and Engineers by Knight (Kn).

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Aug 25 Read the syllabus and Chap 1 in B&O; Do Chap 1 - 1,2 in B&O; Read Section 6.5 in Kn; install Mathematica, instructions here. Aug 27 Chap 1 - 7,9 in B&O, HW on 1D free fall - 1,2. Aug 29 HW on 1D free fall - 3; report on chisovFalling.nb due Wed, Sep 3; read guidance on lab writeups and see a sample here.
Sep 1 HW on 1D oscillators - 1,2; Chap 1 - 14,15; Read Kn 15.1-15.4,15.7. Sep 3 HW on 1D oscillators - 3; Chap 1 - 16; Report on chisovFalling.nb due this day Wed, Sep 3. Sep 5 HW on 1D oscillators - 4,5.
Sep 8 Chap 1 - 17; lab report on 'Wiggling Cantilevers' due Fri, Sep 12 Sep 10 HW on 1D oscillators - 6,7. Sep 12 Read Kn 10.1-10.5, 25.2-25.4; Molecular Vibrations - 1,2,3,4.
Sep 15 Molecular Vibrations - 5,8,9; hand in 5,9 on Fri, Sep 19; Chap 2 - 2,7. Sep 17 Molecular Vibrations - 7; hand in 8 on Mon, Sep 22. Sep 19 Molecular Vibrations - 5,9 due on this day; 8 due on Monday, Sep 22; The Pendulum HW - 1,2.
Sep 22 Molecular Vibrations - 8 due on this day; Read Kn 15.4-15.9; The Pendulum HW - 3,4,5. Sep 24 Chap 3 - 1,2,3,5a (and get the equation of motion); Test in one week.Sep 26 Chap 3 - 7a (and get the equation of motion); Normal Modes HW - 1,2,4.
Sep 29 Chap 3 - 5b; Normal Modes HW - 3. Oct 1 Test 1 Oct 3 Normal Modes HW - 5,9a; try 9a for Mon, due on Wed, Oct 8; Chap 3 - 5c; see here for math tools.
Oct 6 Normal Modes HW - 6,7. Oct 8 Chap 3 - 5d, 5e, 7b Oct 10 Chap 4 - 9,10; HW on Collisions - 1,2.
Oct 13 Fall Break Oct 15 Oct 17
Oct 20 Oct 22 Oct 24
Oct 27 Oct 29 Oct 31
Nov 3 Nov 5 Nov 7
Nov 10 Test 2 Nov 12 Nov 14
Nov 17 Nov 19 Nov 21
Nov 24 Nov 26 Nov 28
Dec 1 Dec 3 Dec 5

Final Exam: Tuesday, Dec 9, 9 am - 12 noon


Local homework sets.

1D Free Fall Oscillators
Molecular Vibrations The Pendulum
Normal Modes Collisions
Rutherford Scattering Newtonian Cosmology
Extra Solar Planets  


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