TigerPhysics!!!
Follow TigerPhysics on twitter!!!
  • Home
  • AP Physics C
    • AP C Exam Prep >
      • Calculus Based Exam Questions
    • AP Physics Schedule
    • AP Physics Files >
      • Part I - Newton's Laws >
        • Ch 1 - Concepts of Motion
        • Ch 2 - Kinematics in One Dimension
        • Ch 3 - Vectors
        • Ch 4 - Motion in 2-Dimensions
        • Ch 5 - Forces and Motion
        • Ch 6 - Dynamics I Motion in a Line
        • Ch 7 - Newton's Third Law
        • Ch 8 - Dynamics II: Motion in a Plane
      • Part II - Conservation Laws >
        • Ch 9 - Impulse and Momentum
        • Ch 10 - Energy
        • Ch 11 - Work
      • Part III - Applications of Newtonian Mechanics >
        • Ch 12 - Rotation of a Rigid Body
        • Ch 13 - Newton's Theory of Gravity
        • Ch 14 - Oscillations
      • Part VI - Electricity and Magnetism >
        • Ch 25 - Electric Charge and Forces
        • Ch 26 The Electric Field
        • Ch 27 Gauss's Law
        • Ch 28 - The Electric Potential
        • Ch 29 - Potential and Field
        • Ch 30 - Current and Resistance
        • Ch 31 - Fundamentals of Circuits
        • Ch 32 - The Magnetic Field
        • Ch 33 - Electromagnetic Induction
        • Ch 34 - Electromagnetic Fields and Waves
        • Ch 35 - Electromagnetic Fields and Waves
      • AP Physics C - Calculus and What Not Help
      • AP C Random Videos
      • AP Physics C Test Study Page
      • AP Physics Pay It Forward
    • Letter of Recommendation Request
    • AP Physics C Projects >
      • Gravity Powered Cars
    • Expert TA - Online Homework
    • Masterphysics - Online Book
  • AP Physics 1
    • AP Physics 1 Formula Sheet
    • AP Physics 1 - Algebra Based Exam Questions >
      • Other Exam Review Material
    • AP Physics 1 Projects
    • 5 Steps to a 5 >
      • Metacognition Videos
    • Physics Resources
    • AP Physics 1 Textbook
    • AP Physics 1 Files >
      • Start of Year
      • Graph Paper
      • Unit 1 - Scientific Thinking >
        • Graphing Practice Page
      • Unit 2 - Constant Velocity
      • Unit 14 - Waves
      • Unit 3 - Uniform Acceleration >
        • Ranking Task
      • Unit 4 Vectors & Unit 7 Projectile Motion >
        • Angry Bird & Projectile Motion
      • Unit 5 -Dynamics / Newton's Laws >
        • Forces Ranking Task #17-43
      • Unit 6 - Uniform Circular Motion >
        • Gravity Force Lab Simulation - PhET
      • Unit 8 - Momentum & Impulse
      • Unit 9 - Work & Energy >
        • Start Your Engines / Car Lab
      • Unit 10 - Rotational Motion
      • Unit 11 - Electrostatics
      • Unit 12 - Electricity & Circuits
    • LoggerPro Download and Help
    • Cartoon Laws of Physics
  • Physics
    • Physics Resources
    • LoggerPro Download and Help
    • General Physics Files >
      • Start of Year
      • Graph Paper
  • Physics Scheduling Info
  • How to learn anything / AP Exams
    • Metacognition Videos
  • Helpful Links
  • PhET
  • Videos
    • Physics Videos
    • Videos 2012
    • Pictures 2014 Trebuchets
    • Pictures 2012 Trebuchets
    • Period 1 Videos 2011
    • Period 4 Videos 2011 >
      • Pictures Period 4
    • Period 7 Videos 2011
  • AAPT Photo's
    • 2011 Top 15 Photo's
    • AAPT Pickerington Central 2011
  • Letter of Recommendation Request
  • SBGBook Help
  • GET TO WORK!

Unit 8 - Momentum & Impulse

ap_1_formula_sheet_2017-2018.pdf
File Size: 89 kb
File Type: pdf
Download File

If the simulation does not show up click on the
"Attempt to view simulation anyways" link. If sim still does not run for you, bring your computer up to me.


​Record information in Google Sheet for the simulation.
00_u9_investigation_to_start_unit_ver_2.pdf
File Size: 43 kb
File Type: pdf
Download File

From the simulation write up the following:
  • How is momentum calculated? Use the data from the sims and not just Googling the answer.
  • From your data how does the momentum before the crash compare to the momentum after the crash? For individual items and for the system make the comparisons. 
  • What is the difference between elastic and inelastic collisions? Base your answer on what you see in the simulation.
  • What happens when a small mass moving object hits a large mass standing still object?
  • What happens when a large mass moving object hits a small mass standing still object?
  • What happens when a same mass moving object hits a same mass standing still object?
  • What other patterns can you figure out for collisions?
collision-lab_en-2.jar
File Size: 418 kb
File Type: jar
Download File

u8_momenum_notes_17-18.pdf
File Size: 53 kb
File Type: pdf
Download File

tipers_momentum_solution_17-18.pdf
File Size: 244 kb
File Type: pdf
Download File

Unit8_momentum_impulse.pptx
File Size: 8984 kb
File Type: pptx
Download File

Physics Classroom Concept Builders -  http://www.physicsclassroom.com/Concept-Builders/Momentum-and-Collisions



CLICK HERE ----> The Physics Classroom Momentum Simulation <------- CLICK HERE

Exploding Carts and Collisions Carts are where you click once you land on the simulation page, then click Launch Interactive when you open the Exploding Carts or Collision Carts page.
​

Powered by Create your own unique website with customizable templates.