October+Notes+&+Study+Materials

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FORCES Review : Lessons:
[|1st Law of Motion][|2nd Law of Motion][|Mass, Acceleration][|Force Question] [|3rd Law of Motion] [|Free Body Diagrams] [|Weight]

= [|Friction][|Relationships] [|Friction][|Questions] =


 * [|Dynamic Equilibrium] **(5.1t)**
 * [|First Law Game] **(5.1t)**
 * [|Mass, Acceleration] [[image:http://www.stmary.ws/highschool/physics/home/new_stuff_md_clr.gif]]
 * [|Unbalanced Forces] **(5.1i-k)[[image:http://www.stmary.ws/highschool/physics/home/new_stuff_md_clr.gif]]**
 * [|Third Law] **(5.1t)** [[image:http://www.stmary.ws/highschool/physics/home/review/32887671.gif align="middle"]]

Regents Question Drills:
__ Dynamics __
 * [|Newton's 3 Laws] [[|HTML Version]]
 * [|Newton's 1st Law]
 * [|Newton's Third Law]
 * [|3 Laws of Motion]

=**AP level Movie review:**=


 * Newton's First law: http://www.archive.org/details/AP_Physics_B_Lesson_03 **


 * Newton's Second Law: @http://www.archive.org/details/AP_Physics_B_Lesson_04**


 * Newton's Third Law: []**

You Tube videos showing detailed solutions like those in class:

Sliding down a ramp with friction

Sliding down ramp Part 2

Simple pulley (Atwood's machine).

Actual MIT video Atwood's machine demonstrated

Pulley and inclined plane

[|Pulley draging box with friction]

3. PowerPoints from Class

 * [[file:2.8 Elevator Physics.ppt]][[file:2.2 Adding Multiple Forces that are not at right.ppt]][[file:3.3 Forces Adv B 2 MODIFIED.ppt]][[file:3.4 Atwoods Tension review.ppt]][[file:Dumbwaiter Physics problem #69.pptx]][[file:3 freebody.ppt]]

LAST TEST + + + O L D M A T ER I AL ^^^^^^^^^^^^^^^^^^^^^^ **Projectiles & Vectors : Using Trig to Analyze Motion** --Problems from the PowerPoints and handouts we did in class (listed below). - Sheet of multiple choice which the sub will give out Weds and ones we did in class. - The 2 UTexas homeworks - full solutions are available on Utexas begining on the morning after each assignment closes. - Notes in notebook on vectors and projectiles. = = POWER POINTS and HANDOUTS (the end of this presentation covered vectors)
 * Our test on Friday Oct 12** will cover VECTORS and PROJECTILES.

ONLINE RESOURCES > Videos: Physics of skydiving ** = ANIMATIONS to visualize better 2-Dimensional motion: =
 * [|Projectile Quiz Review] ** >
 * Graphs of freefall
 * Sample Regents problmes on projectiles[[file:D Motion in 2D0001.pdf]]
 * Answers[[file:Answer Key B to J Mechanics0001.pdf]]
 * You can also use the purple Regents review book pages 21-31. Answers are here[[file:kinematics reviewbk answers p 21-310001.pdf]] ||  ||

>  [|**Projectile Fired Horizontally & Vx**]   **(5.1e)**
 *  [|**Angle & Components**]   **(5.1e)**
 *  [|**Horizontal and Vertical Velocity Components**] **(5.1e)**
 *  [|**Projectile fired horizontally & dropped**]   **(5.1e)**
 *  [|**Horizontal Projectiles II**]   **(5.1h)**
 *  [|**Projectile Motion Vy Vx**] ** (5.1f)  **
 *  [|**Velocity & Direction**]   **(5.1f)**
 *  [|**Projectile Motion**] ** (5.1f)  **
 * [|**Lets Play Catch**] ** (5.1f)  [[image:http://www.stmary.ws/highschool/physics/home/new_stuff_md_clr.gif width="40" height="20"]] **
 * [|**Projectile Motion Game**]



__**Self-Grading Quizzes**__ **Falling Bodies** * [|**Object Dropped, thrown upward - Flash**] * [|**Motion of a Falling Object - MC**]

**Movies:**  **- projectiles:** [] **^ ^ ^ ^ F U T U R E W O R K** * * *  **FORCES** Classnotes as PowerPoints
 * [|**Horiz. & Vert, Velocity - Projectile**] ||

The solution to the dumbwaiter problem using g= 9.8 to avoid the rounding error:

Pulley problems at the blackboard: You Tube videos showing detailed solutions like those in class.
Simple pulley (Atwood's machine). Actual MIT video Atwood's machine demonstrated [|Pulley draging box with friction]

**2. Movie review:**
 * Newton's First law: http://www.archive.org/details/AP_Physics_B_Lesson_03 **
 * Newton's Second Law: @http://www.archive.org/details/AP_Physics_B_Lesson_04**
 * Newton's Third Law: []**

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