| date |
sub-topic 1 |
sub-topic 2 |
sub-topic 3 |
| Aug.22 |
mass sums & mass moment sums & subtraction |
"scalar" (dot) product & i , j , k unit vectors |
Area vector (cross) product & volume => densities |
| Aug.29 |
Force vector sums |
Torque & torque components |
displacement ; relative location & velocity |
| Sep.05 |
dx/dt => velocity ; ds/dt => momentum |
dv/dt => acceleration ; dp/dt <= net Force |
da/dt => jerk ; dF/dt = m j |
wk 3
|
circular path ac
tangential a |
m g => Fgravity
AF => mA a |
contact Forces
external ΣF |
wk 4
|
on BFby A = − AFby B
2-d & 3-d |
Force components
|| and | v |
multi-object
systems |
wk 5
|
ΣF perp. v
friction, sliding & static |
elastic Force (springs)
buoyant Force |
Force function
examples |
wk 6
|
Kinetic Energy
PEg,local |
friction Work |
elastic PE
Fx = −dU/dx |
wk 7
|
equilibrium & stability
Power & efficiency |
Gravitation F & PE
Energy in orbits circular r ³/T ² = GMS |
g contributions
Tidal Tension |
wk 8
|
p conservation E density |
collision p exchange
& E transfer |
|
wk 9
|
|
Quiz 6 (Ch.10+11) Spin rate f & ω
angular acceleration α |
anguLar mom. r × p
L conservation & I |
KEspin
rotational collisions |
wk10
Mar.14 |
Torque r×F => ΔL |
τ statics
arbitrary axis |
3-d computations
& L precession |
Pressure Moduli
|
wk11
|
PE kurvature
oscillation x , v , a & E |
Quiz 8 (Ch.13+14) physical pendulum
large-θ pend. |
damped & driven oscill.
resonance |
wave propagation |
wk12
|
Quiz 9 (Ch.15) reflection & interference
standing waves |
doppler effect
refraction |
No Classes
Asessment Day |
(spin KE) |
wk13
|
Exam 3 (Ch.12-17) |
fluid F ; dm/dt => ρA·v
fluid E density |
atom KE => T
gas PV = NkBT |
conduct & radiate
|
wk14
|
PE skew => expansion
Quiz 12 (Ch.18+19) |
Heat Capacity
−PE => evaporation |
E conservation
isobar W & isochor Q |
adiabat W |
wk F
|
thermal cycles
efficiency/performance |
isotherm W & Q
Carnot cycle |
entropy (TS)
entropy change |
Finals
Week |
Exam 2, 3:30 |
