Paul Mikulski
usna.edu/Users/physics/mikulski
mikulski@usna.edu
CH255 (near Bancroft/Chapel corner)

mikulski_syllabus.html
mikulski_cps.html
sp211_equations.pdf
sp211_loggerpro_install.pdf
Getting going with WileyPlus:
sp211_practice.pdf
sp211_final2004.pdf
sp211_final2005.pdf

selfassess1.pdf selfassess1_scan.pdf
quiz4.pdf quiz4_scan.pdf
exam2.pdf exam2_scan.pdf
quiz5.pdf quiz5_scan.pdf
quiz6.pdf quiz6_scan.pdf
exam3.pdf exam3_scan.pdf
exam4.pdf exam4_scan.pdf

Kinematics:
worksheet01.pdf scan01.pdf 2.1-2  position, displacement, velocity        wp01  4 14 17 74
worksheet02.pdf scan02.pdf 2.3    acceleration                            wp02 19 22 82 86
worksheet03.pdf scan03.pdf 2.4-5  constant acceleration                   wp03 28 35 49 55
worksheet04.pdf scan04.pdf 4.1-3  kinematic variables as vectors          wp04  3  7 16 19
worksheet05.pdf scan05.pdf 4.4    projectile motion                       wp05 27 28 32 33
worksheet06.pdf scan06.pdf 4.5    uniform circular motion                 wp06 56 58 64 67
worksheet07.pdf scan07.pdf 4.6-7  relative motion                         wp07 72 74 76 81

Forces:
worksheet08.pdf scan08.pdf 5.1    Newton's 1st and 2nd laws               wp08  4  5  7 12
worksheet09.pdf scan09.pdf 5.2-3  applying Newton's laws                  wp09 17 30 34 39
worksheet10.pdf scan10.pdf 5.2-3  applying Newton's laws                  wp10 44 56 57 63
worksheet11.pdf scan11.pdf 6.1    static and kinetic friction             wp11 16 21 27 34
worksheet12.pdf scan12.pdf 6.2-3  drag force, uniform circular motion     wp12 36 39 43 51

Energy:
worksheet13.pdf scan13.pdf 7.1-3  work, kinetic energy                    wp13: 13 15 21 24
worksheet14.pdf scan14.pdf 7.4-6  work done by a variable force, Power    wp14: 27 31 38 46
worksheet15.pdf scan15.pdf 8.1-2  potential and mechanical energies       wp15: 17 19 20 34
worksheet16.pdf scan16.pdf 8.3-5  potential energy curves, work external  wp16: 41 45 50 53

Momentum:
worksheet17.pdf scan17.pdf 9.1-2  center of mass, N2L for systems         wp17:  2  5 13 16
                scan17_alternate.pdf
worksheet18.pdf scan18.pdf 9.3-4  momentum, impulse                       wp18: 22 25 33 35
worksheet19.pdf scan19.pdf 9.5-8  collisions                              wp19: 42 49 74 75

Rotation:
worksheet20.pdf scan20.pdf 10.1-3 rotational kinematics                   wp20:  4 11 22 29
worksheet21.pdf scan21.pdf 10.4-5 rotational inertia                      wp21: 33 34 37 38
worksheet22.pdf scan22.pdf 10.5   calculating rotational inertia          wp22: 39 41 43 44
worksheet23.pdf scan23.pdf 10.6-7 torque, N2L rotational form             wp23: 46 47 48 56
worksheet24.pdf scan24.pdf 10.8   work and energy with rotation           wp24: 58 59 61 63
worksheet25.pdf scan25.pdf 11.1-3 rolling                                 wp25:  4 12 17 18
worksheet26.pdf scan26.pdf 11.4-5 cross products, r x F and r x p         wp26: 25 26 29 33
worksheet27.pdf scan27.pdf 11.6-8 angular momentum                        wp27: 38 39 46 53

Gravitation:
worksheet28.pdf scan28.pdf 13.1-3 Gravitation: F_G and satellites         wp28: 19 43 45 46
worksheet29.pdf scan29.pdf 13.5   Gravitation: U_G and rockets            wp29: 29 31 34 40

Static Fluids:
worksheet30.pdf scan30.pdf 14.1-2 fluids at rest, pressure                wp30:  5 12 13 19
worksheet31.pdf scan31.pdf 14.4-5 Pascal, Archimedes                      wp31: 28 32 39 45

Oscillations:
worksheet32.pdf scan32.pdf 15.1-2 simple harmonic motion                  wp32:  8  9 14 30
worksheet33.pdf scan33.pdf 15.4   pendulums                               wp33: 40 41 42 86
worksheet34.pdf scan34.pdf 15.5-6 damping, driving, resonance             wp34: 57 58 62 63

Waves:
worksheet35.pdf scan35.pdf 16.1-2 traveling waves                         wp35:  4  9 14 18
worksheet36.pdf scan36.pdf 16.5,7 interference, standing waves            wp36: 32 39 43 49
worksheet37.pdf scan37.pdf 17.1-3 sound waves, interference               wp37:  5 11 16 22
worksheet38.pdf scan38.pdf 17.7   the Doppler effect                      wp38: 55 56 59 65