Review Sheet for 2nd 9-weeks exam

Web Resouces

Resource Lessons

Labs

Hooke's Law
Conservation of Momentum
Oscillating Springs

Worksheets	Work and Energy Springs: Force and Energy Linear Momentum SHM (#1) SHM (#2) Torque (moment arms) Angular Momentum Mechanics Review (conceptual) Mechanics Review (mathematical)
CP Workbook	Conservation of Energy Work and Energy Momentum Conservation of Momentum Momentum and Energy Momentum: Impulse vs Conservation Energy and Momentum Torque Beams Center of Gravity

AP essays

Textbook Assignment Solutions

** IP restricted

** Set #6: Work and Energy
MC page 312 #1, 5, 8, 10, 12, 14, 16, 17

** Set #7: Work and Energy (Princeton Rev)
pg 69-70 #1-10 all

** Set #8: Springs
pg 349 MC #11,12,13
pg 350 #37,38,40

** Set #9: Momentum and Impulse
pg 118 MC #1,4,8-12,15-17,19,20

** Set #10: Momentum and Energy (Princeton Rev)
pg 87-88 MC #1-7,9,10

Set #11: SHM
pg 436 MC #11
pg 437 Problems #5,6,8,17,18,22

Set #12: Simple Pendulums
pg 437-8 Problems #23, 25, 26, 37

** Set #13: Springs and SHM (Princeton Rev)
pg 161-162 #1-7 all

Set #14: Torque and Rotational Equilibrium
pg 201 #31,33,37,39, 60

p = mv	T = 2p (m/k)
Ft = Dmv	T = 2p (L/g)
Smv_before = Smv_after	pendulum: h = L - L cos q
F = kx	t = FL_^
PEe = ½kx²	SHM: y = A sin (2pft)
k_parallel = k₁ + k₂	w = 2pf
k_series = (1/k₁ + 1/k₂) ^-1	a_c = v² / r a_max = v² / A
W = fs cos q	a_max = kA/m
Power = W/t = Fv	v = 2pr/T v_max = 2pA/T = 2pAf
KE = ½mv²	T = 1/f
projectiles: H \| V chart	v_max = x (k/m)
horizontally: a = 0 and R = v_Ht	L = Iw
vertically: a = -g plus the 5 kinematics equations	v = rw
PEg = mgh	KE_rot = ½Iw²
springs: slope of F vs x	impulse
area under F vs x	momentum
4 conditions for SHM	area under F vs t
2 conditions for linear equilibrium	slope of mv vs t
rotational equilibrium	conservation of linear momentum
torque	conservation of energy
moment arm	elastic collisions
moment of inertia	inelastic collisions
conservation of angular momentum	ballistic pendulum