January+Notes++&+Study+AP+C

Forward to February Notes &Study page =//**Review for the Midterm**//= The midterm will be a 90 minute simulated AP Mechanics C exam with all topics except integration, use the Review for AP Exam of this website to do problems from real Mechanics C exams.. If you need notes on specific topics see the old Notes & Study tabs from previous months the side bar of this website.

Gravity Test 2.4 materials Solutions to Gravity Test:


 * [|Details]
 * [[file:advancedplacementphysicsc/Gravity - The Vintage Handmade edition.pdf|Download]]
 * 1 MB
 * [|Details]
 * [[file:advancedplacementphysicsc/6 Relating Conservative Force and Potential Energy, Energy Diagrams and Equilibrium.pptx|Download]]
 * 650 KB
 * [|Details]
 * [[file:advancedplacementphysicsc/Gravity MCh AP C.pdf|Download]]
 * 27 KB


 * [|Details]
 * [[file:advancedplacementphysicsc/Keplers Laws.ppt|Download]]
 * 340 KB

2 class questions answered ; 1. A neutron star is a type of [|stellar remnant] that can result from the [|gravitational collapse] of a massive [|star] after a[|supernova]. Neutron stars are the densest and smallest stars known to exist in the [|universe]; with a radius of only about 12–13 km (7 mi), they can have a mass of about two Suns. You can pick a mass and run a simulation at

[]

2. One way to form a black hole is after a star about 25 times more massive than our sun shrinks after going nova to about the size of the earth through gravitational attraction. Once formed, it grows enormous by sucking in other stars. For the aize of a __known__ measured black hole... about 50 million miles across to the edge of the accretion level...... see [] = = =Oscillation & SHM:=
 * [|Details]
 * [[file:advancedplacementphysicsc/SHM for APC shortened 2014 w student slides.pptx|Download]]
 * 4 MB

= = =Rotation: Test 2.2 class lectures and worksheets=
 * [|Details]
 * [[file:advancedplacementphysicsc/2.0 APC Angular Momentum .pptx|Download]]
 * 451 KB
 * [|Details]
 * [[file:advancedplacementphysicsc/4.0 torque problems static .pptx|Download]]
 * 358 KB
 * [|Details]
 * [[file:advancedplacementphysicsc/Angular Momentum & Torque (2) (1) (1).pdf|Download]]
 * 90 KB
 * [|Details]
 * [[file:advancedplacementphysicsc/ladder tutorial handout.docx|Download]]
 * 70 KB


 * [|Details]
 * [[file:advancedplacementphysicsc/Ang Mom L practice MC Qs.pdf|Download]]
 * 61 KB

//Instructional videos on APlus Physics Review//

 * 1) Rotation
 * 2) [|Rotational Kinematics]
 * 3) [|Moment of Inertia]
 * 4) [|Torque]
 * 5) [|Rotational Dynamics]
 * 6) [|Rotational KE]
 * 7) Angular Momentum
 * 8) [|Calculating Angular Momentum]
 * 9) [|Conservation of Angular Momentum]

3 Powerpoints from class lecture:

 * [|Details]
 * [[file:advancedplacementphysicsc/1.0 AP_Rot_Mech Best Intro 2014.pdf|Download]]
 * 5 MB
 * [|Details]
 * [[file:advancedplacementphysicsc/1.0 AP_Rot_Mech Best Intro 2014.pptx|Download]]
 * 8 MB


 * [|Details]
 * [[file:advancedplacementphysicsc/2.0 APC Massive Disk w torque Problem.pptx|Download]]
 * 242 KB


 * [|Details]
 * [[file:advancedplacementphysicsc/Atwoods Tension review.ppt|Download]]
 * 140 KB

Worksheets:

 * [|Details]
 * [[file:advancedplacementphysicsc/Rotate 2 disks on a belt.pdf|Download]]
 * 125 KB


 * [|Details]
 * [[file:advancedplacementphysicsc/Rotational Kinematics 9 Q handout with answers.pdf|Download]]
 * 35 KB

Midterm review: You will get a full simulated AP-like Exam. =All the free response questions with solutions from 1998 to 2012 are posted by the college board at= []
 * [|Details]
 * [[file:advancedplacementphysicsc/Rot INERTIA C 7 MC Qs.pdf|Download]]
 * 12 KB

Multiple choice are not online. Use your orange review book for that. Answers are here: = = Test on Oscillations on Monday Jan 12th. 80% looks like the notes, UTexas and problem set. 20 % looks like the videos


 * Power Points that we did in class:**


 * A-Plus Physics C resources:**

a. Make sure you watch and learn how to analyze vertical springs and springs in combination (series & parallel) [] b. Learn how to analyze a non-ideal physical pendulum by considering its moment of inertia and center of mass at []
 * Watch these 2 important Videos: 20% of the test will come from**

UTexas solutions will appear Saturday morninfg.
 * GRAVITY *





These Gravity Videos from APlus Physics cover all the key topics =++++++++++++++++++ STOP HERE ++++++++++++++++++++++++++++++++++= = =
 * 1) Universal Gravitation
 * 2) Orbits and Kepler's Laws

=If you want more, all the free response questions with solutions from 1998 to 2012 are posted by the college board at= =[]=