2. What is an inelastic collision and give two examples of objects colliding inelastically:
|
|
|
- Hester Francis
- 5 years ago
- Views:
Transcription
1 Chapter 7 Chrome Phet Simulator Name: This assignment, is completed in class Tuesday and Wednesday. This classwork will be treated as your prelab for the lab Thursday. (so it is part of your lab grade!) Don t forget HW is also due Thursday. Before going to the simulator, answer the following questions 1. What is an elastic collision and give two examples of objects colliding elastically: 2. What is an inelastic collision and give two examples of objects colliding inelastically: 3. What is the equation for an elastic collision: 4. What is the equation for an inelastic collision: 5. During an elastic collision, if the two objects colliding have the same mass what happens to their velocities? 6. Typically during an inelastic collision, the object with more momentum will (circle one) a. Continue in the same direction but slow down b. Continue in the same direction but speed up c. Change direction and speed up d. Change direction and slow down 7. Define Impulse:(definition, not formula)
2 Go to: Click on Play with SImulations Click on Under the Simulations Table of Contents on the left of the page Physics Click on Collision Lab Part 1 Elastic Collisions: 1. On the right side of the simulator, click on Velocity Vectors and Show Values. The Elasticity should be at 100%, and slid all the way right towards Elastic 2. Look at the Mass Table on the simulator Click on more data so the table looks like the one below: Elastic #1 3. Set the Red ball to have a mass of 1kg and an initial velocity of +1.5m/s. (do not press play until told to do so.) a. How much initial momentum(m R ) will the red ball have? (show all your work for full credit) 4. Set the Green Ball to have a mass of 1kg and an initial velocity of 0m/s. (do not press play yet) a. How much initial momentum(m G ) will the green ball have? (show all your work for full credit)
3 5. What is the total initial momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum initial = M R V i 6. Since this is the special elastic collision case, what should the final velocity of each ball be? a. Red Ball Final Velocity: b. Green Ball Final Velocity: c. What is the total final momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum Final = M R V f V f PRESS PLAY! 7. Make sure all of your settings are correct and Check your work. a. What is the final velocity of each ball? i. Red Ball: ii. Green Ball: 8. What is the impulse equation: 9. What is the impulse of the Red Ball:(show all your work for full credit) 10.What is the impulse of the Green Ball:(show all your work for full credit) 11.What do you notice about the Green and Red Balls impulse? (one complete sentence, this is your observation)
4 Elastic #2 Press the restart button next to the back button (not the red reset all button) 1. Set the Red ball to have a mass of 1kg and an initial velocity of +2.5m/s. (do not press play until told to do so.) a. How much initial momentum(m R ) will the red ball have? (show all your work for full credit) 2. Set the Green Ball to have a mass of 3kg and an initial velocity of -1m/s. (do not press play yet) a. How much initial momentum(m G ) will the green ball have? (show all your work for full credit) 3. What is the total initial momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum initial = M R V i 4. What is the initial total kinetic of the system?(show all your work for full credit) Total Kinetic Energy initial = ½ M R 2 + ½ M G 2 5. Use the system of equations process (discussed in class!) Solve for the final velocities of both balls.
5 6. Why are some of the factored answers impossible? (Write one COMPLETE sentence to get full credit) 7. Click play! 8. After the collision check your work, the final velocity(written about each respective ball) of each ball is: a. Red Ball Final Velocity: b. Green Ball Final Velocity: c. What is the total final momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum Final = M R V f V f 9. What is the impulse of the Red Ball:(show all your work for full credit) 10.What is the impulse of the Green Ball:(show all your work for full credit) 11.What do you notice about the Green and Red Balls impulse? (one complete sentence, this is your observation)
6 Complete the following Math Example 8. Solve the following elastic collision problem: Two marbles are moving towards each other, collide without changing shape and then bounce apart. The first marble(a) is 2kg and initially moving right at 0.5m/s. The second Marble (B) is 2.5kg and initially moving left at 0.1m/s. (show all your work for full credit) What is the total initial momentum of the system of marbles ( m A + M B ) What must be the total final momentum of the system of marbles? Using the conservation of Kinetic Energy, solve for the final velocities of both marbles: What is the final momentum of marble A? What is the final momentum of marble B? What is the final momentum of marble B? (remember Total = M A V f + M B V f )
7 Part 2 InElastic Collisions: 1. On the right side of the simulator, click on Velocity Vectors and Show Values. The Elasticity should be at 0%, and slid all the way right towards Inelastic 2. Click on more data so the table looks like the one below: Inelastic #1 3. Set the Red ball to have a mass of 1kg and an intial velocity of 1.5m/s. (do not press play until told to do so.) a. How much intial momentum(m R ) will the red ball have? (show all your work for full credit) 4. Set the Green Ball to have a mass of 1kg and a velocity of 0m/s. (do not press play yet) a. How much momentum(m G ) will the green ball have? (show all your work for full credit) 5. What is the total initial momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum initial = M R V i 6. Since Momentum is conserved: What must the final total momentum be: 7. Since this collision is 100% inelastic, what will physically happen to both objects?
8 8. Before pressing play, Solve for the final velocity of each ball. (remember they stick together, (show all your work for full credit) Total Momentum Final = (M R )V f a. Red Ball Final Velocity: b. Green Ball Final Velocity: 9. Why do both the green and the red ball have the same final velocity? Explain in 1 complete sentence. 10.Press Play! 11.After the collision, the final velocity(written above the set of balls) of each ball is a. Red Ball Final Velocity: b. Green Ball Final Velocity: c. What is the total final momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum Final = (M R +M G )V f 12.What is the impulse of the Red Ball:(show all your work for full credit) 13.What is the impulse of the Green Ball:(show all your work for full credit)
9 Inelastic #2 Press the restart button next to the back button (not the red reset all button) 12.Set the Red ball to have a mass of 1kg and an initial velocity of +2.5m/s. (do not press play until told to do so.) a. How much initial momentum(m R ) will the red ball have? (show all your work for full credit) 13.Set the Green Ball to have a mass of 2kg and an initial velocity of -1m/s. (do not press play yet) a. How much initial momentum(m G ) will the green ball have? (show all your work for full credit) 14.What is the total initial momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum initial = M R V i 15.What must the final total momentum be? 16.Before pressing play, Solve for the final velocity of each ball. (remember they stick together, (show all your work for full credit) Total Momentum Final = (M R )V f a. Red Ball Final Velocity b. Green Ball Final Velocity
10 17.Why do both the green and the red ball have the same final velocity? 18.Press Play! 19.After the collision, the final velocity(written above the set of balls) of each ball is a. Red Ball Final Velocity: b. Green Ball Final Velocity: c. What is the total final momentum of the Red and Green ball system? (show all your work for full credit) Total Momentum Final = (M R +M G )V f 20.What is the impulse of the Red Ball:(show all your work for full credit) 21.What is the impulse of the Green Ball:(show all your work for full credit) 22.If the balls are in contact for 0.3s, what is the average force on the green ball? 23.What do you notice about the Green and Red Balls impulse? (one complete sentence, this is your observation)
11 Complete the following Math Example 9. Solve the following inelastic collision problem: Two marbles are moving towards each other, collide without changing shape and then bounce apart. The first marble(a) is 2kg and initially moving right at 0.5m/s. The second Marble (B) is 2.5kg and initially moving left at 0.1m/s.(show all your work for full credit) What is the total initial momentum of the system of marbles (m A + M B ) What must be the total final momentum of the system of marbles? After the collision, the marbles stick together! What is the final velocity of marble A? What is the final velocity of Marble B? Post Lab: Answer in complete sentences 1. State the conservation of momentum. 2. What factors influence the momentum of an object? 3. Is it possible for tractor trailer and a motorcycle to have the same momentum? Explain why or why not.
Name: Block: Date: / / IP 614 Momentum Conservation Lab-Collision
Name: Block: Date: / / IP 614 Momentum Conservation Lab-Collision A note from your teacher: This is an online interactive lab and I expect you to work hard during class to (1) make predictions, (2) confirm
Lab Activity Momentum (20 Points)
AP PHYSICS Name: Period: Date: DEVIL PHYSICS BADDEST CLASS ON CAMPUS Lab Activity Momentum (20 Points) Part 1: Center of Mass (original lab courtesy of Sarah Stanhope, Easley High School) Procedure A:
Section 1 Momentum and Impulse. Chapter 6. Preview. Objectives Linear Momentum. Houghton Mifflin Harcourt Publishing Company
Section 1 Momentum and Impulse Preview Objectives Linear Momentum Section 1 Momentum and Impulse Objectives Compare the momentum of different moving objects. Compare the momentum of the same object moving
Conservation of Momentum and Energy
ASU University Physics Labs - Mechanics Lab 5 p. 1 Conservation of Momentum and Energy As you work through the steps in the lab procedure, record your experimental values and the results on this worksheet.
Momentum & Collisions
& Collisions Name: Date: Period: AP PHYSICS Lab (Virtual) Weight (Formative) BACKGROUND. Before beginning the lab, let s learn a little about momentum and collisions. Follow the directions given below.
Compare the momentum of the same object moving with different velocities. Identify examples of change in the momentum of an object.
HOLT CH 6 notes Objectives :Compare the momentum of different moving objects. Compare the momentum of the same object moving with different velocities. Identify examples of change in the momentum of an
AP Physics Ch 6 Day 4
Textbook Reference: Goal/Objectives: Sections 6.3 (Collisions) - Understand how momentum and kinetic energy relate to the 3 types of collisions: elastic, inelastic, and perfectly inelastic - Use projectile
Physics 111. Thursday, October 14, Elastic Perfectly Inelastic Inelastic. We ll finish up energy conservation after the break
ics Thursday, ober 14, 2004 Ch 9: Collisions Elastic Perfectly Inelastic Inelastic We ll finish up energy conservation after the break Announcements Sunday, 6:30-8 pm in CCLIR 468 Midnight Madness: Monday
Conservation of Momentum: Marble Collisions Student Version
Conservation of Momentum: Marble Collisions Student Version In this lab you will roll a marble down a ramp, and at the bottom of the ramp the marble will collide with another marble. You will measure the
Conservation of Momentum
Conservation of Momentum Law of Conservation of Momentum The sum of the momenta before a collision equal the sum of the momenta after the collision in an isolated system (=no external forces acting).
PHYS 1405 Conceptual Physics 1 Laboratory #5 Momentum and Collisions. Investigation: Is the total momentum of two objects conserved during collisions?
PHYS 1405 Conceptual Physics 1 Laboratory #5 Momentum and Collisions Investigation: Is the total momentum of two objects conserved during collisions? What to measure: Velocities of two carts colliding
Chapter 7. Impulse and Momentum
Chapter 7 Impulse and Momentum 7.1 The Impulse-Momentum Theorem There are many situations when the force on an object is not constant. 7.1 The Impulse-Momentum Theorem DEFINITION OF IMPULSE The impulse
Physics 1A. Lecture 8B
Physics 1A Lecture 8B Review of Last Lecture Momentum is defined as: It is a vector quantity Newton s original 2 nd law stated: Change in momentum with time is equal to applied force Impulse is change
Contents. Contents. Contents
Physics 121 for Majors Schedule HW #5 is due Friday Quiz #2 is due 9/29 Lab #2 is due Monday Midterm 1 is 10/2 in the classroom. Class 6 and Collisions Relative Velocity Last Class Natural motion is straight-line
Outline. Collisions in 1- and 2-D. Energies from Binary Star Expt. Energy Plot. Energies with Linear Fit. Energy Plot
Collisions in 1- and 2-D Momentum and Energy Conservation Physics 109, Class Period 9 Experiment Number 6 in the Physics 121 Lab Manual 16 October 2007 Outline Brief summary of Binary Star Experiment Description
Student Exploration: 2D Collisions
Name: Date: Student Exploration: 2D Collisions Vocabulary: center of mass, conservation of energy, conservation of momentum, elasticity, kinetic energy, momentum, speed, vector, velocity Prior Knowledge
Elastic collisions. Objectives. Physics terms. Assessment. Review: conservation laws. Equations 5/14/14. Define and describe an elastic collision.
Elastic collisions Objectives Define and describe an elastic collision. Describe the possible outcomes that result from the collision of one moving ball with one stationary ball when their masses are equal
Student Exploration: Air Track
Name: Date: Student Exploration: Air Track Vocabulary: air track, approach velocity, conservation of energy, conservation of momentum, elasticity, kinetic energy, momentum, separation velocity, velocity
1 A freight car of mass 20,000 kg moves along a frictionless level railroad track with a constant speed of 15 m/s. What is the momentum of the car?
Slide 1 / 26 1 freight car of mass 20,000 kg moves along a frictionless level railroad track with a constant speed of 15 m/s. What is the momentum of the car? 30,000 kg m/s 3,000 kg m/s 300,000 kg m/s
Chapter 9 Linear Momentum and Collisions
Chapter 9 Linear Momentum and Collisions The Center of Mass The center of mass of a system of particles is the point that moves as though (1) all of the system s mass were concentrated there and (2) all
Momentum and Collisions
Momentum and Collisions Vocabulary linear momemtum second law of motion isolated system elastic collision inelastic collision completly inelastic center of mass center of gravity 9-1 Momentum and Its Relation
Momentum & Energy Review Checklist
Momentum & Energy Review Checklist Impulse and Momentum 3.1.1 Use equations to calculate impulse; momentum; initial speed; final speed; force; or time. An object with a mass of 5 kilograms is moving at
PHY 221 Lab 8. Momentum and Collisions: Conservation of momentum and kinetic energy
Name: Partner: Partner: PHY 221 Lab 8 Momentum and Collisions: Conservation of momentum and kinetic energy Goals: To be able to explore how different collisions between carts can be studied to illustrate
Physics 141. Lecture 15. No lecture on Tuesday 10/28. I will be across the Atlantic.
Physics 141. Lecture 15. No lecture on Tuesday 10/28. I will be across the Atlantic. Frank L. H. Wolfs Department of Physics and Astronomy, University of Rochester, Lecture 15, Page 1 Physics 141. Lecture
An Introduction to Momentum (Doodle Science)
Momentum An Introduction to Momentum (Doodle Science) Intro to Momentum part one Momentum Momentum is a way of describing the inertia of an object in motion. Momentum = Mass x Velocity P = m v When direction
IMPACT Today s Objectives: In-Class Activities:
Today s Objectives: Students will be able to: 1. Understand and analyze the mechanics of impact. 2. Analyze the motion of bodies undergoing a collision, in both central and oblique cases of impact. IMPACT
Collisions. Conservation of Momentum Elastic and inelastic collisions. Serway For practice: Chapter 9, problems 10, 11, 23, 70, 75
Collisions Conservation of Momentum Elastic and inelastic collisions Serway 9.3-9.4 For practice: Chapter 9, problems 10, 11, 23, 70, 75 Momentum: p = mv Impulse (a vector) is defined as F t (for a constant
Name: Class: Date: p 1 = p 2. Given m = 0.15 kg v i = 5.0 m/s v f = 3.0 m/s Solution
Assessment Chapter Test A Teacher Notes and Answers Momentum and Collisions CHAPTER TEST A (GENERAL) 1. c 2. c 3. b 4. c 5. a p i = 4.0 kg m/s p f = 4.0 kg m/s p = p f p i = ( 4.0 kg m/s) 4.0 kg m/s =
If there is now a constant air resistance force of 35 N, what is the new maximum height the ball attains?
A 1kg ball is launched straight up into the air with an initial speed of 64 m/s. Using only energy considerations, determine the maximum height the ball attains assuming there is no air resistance. If
Conservation of Momentum. Last modified: 08/05/2018
Conservation of Momentum Last modified: 08/05/2018 Links Momentum & Impulse Momentum Impulse Conservation of Momentum Example 1: 2 Blocks Initial Momentum is Not Enough Example 2: Blocks Sticking Together
Impulse/Momentum And Its Conservation
Impulse/Momentum And Its Conservation Which is easier to stop? Truck, car, bowling ball, or baseball all moving at 30 mph. Baseball -it is the least massive. Baseball at 30 mph or a baseball at 90 mph.
Copy down this Momentum table
Copy down this Momentum table Objects P before (kg*m/s) P after (kg*m/s) Object 1 Object 2 Total Announcements Quiz on Monday (All content from this week) Momentum Objectives (Mom. and Energy Unit) 1.
Conservation of Momentum Using PASCO TM Carts and Track to Study Collisions in One Dimension
14 Conservation of Conservation of Using PASCO TM Carts and Track to Study s in One Dimension When two objects collide momentum is transferred between them. p is defined as the product of mass and velocity
Physics 2514 Lecture 26
Physics 2514 Lecture 26 P. Gutierrez Department of Physics & Astronomy University of Oklahoma Physics 2514 p. 1/12 Review We have defined the following using Newton s second law of motion ( F net = d p
MASSACHUSETTS INSTITUTE OF TECHNOLOGY Physics Department. Physics 8.01 Fall Term 2006
MASSACHUSETTS INSTITUTE OF TECHNOLOGY Physics Department Physics 8.01 Fall Term 2006 Momentum Demonstration Purpose of the Experiment: In this experiment you allow two carts to collide on a level track
SMART CART CONSERVATION OF MOMENTUM
NAME PERIOD DATE SMART CART CONSERVATION OF MOMENTUM Driving Question Objective How is the momentum and kinetic energy of a two-object system affected by a collision? Experimentally demonstrate that linear
Momentum is a property of moving matter. Momentum describes the tendency of objects to keep going in the same direction with the same speed.
Warm-up A mosquito collides head-on with a car traveling 60 mph. How do you think the size of the force that car exerts on the mosquito compares to the size of the force that mosquito exerts on car? 12.1
General Physics I Momentum
General Physics I Momentum Linear Momentum: Definition: For a single particle, the momentum p is defined as: p = mv (p is a vector since v is a vector). So p x = mv x etc. Units of linear momentum are
Unit 8 Momentum, Impulse, & Collisions
Unit 8 Momentum, Impulse, & Collisions Essential Fundamentals of Momentum, Impulse, & Collisions 1. Momentum is conserved in both elastic, and inelastic collisions. Early E. C.: / 1 Total HW Points Unit
All moving objects have what Newton called a quantity of motion.
MOMEMTUM MOMENTUM MOMEMTUM MOMENTUM All moving objects have what Newton called a quantity of motion. What is this quantity of motion? Today we call it momentum. Momentum is a characteristic of a moving
Unit 5: Momentum. Vocabulary: momentum, impulse, center of mass, conservation of momentum, elastic collision, inelastic collision.
Text: Chapter 9 Unit 5: Momentum NAME: Problems (p. 229-240) #1: 18, 20, 27, 31, 37 (momentum & impulse) #2: 40, 42, 45, 46, 100 (conservation of momentum) #3: 49, 103, 123, 129 (collisions) Vocabulary:
Momentum and Its Relation to Force
Linear Momentum Momentum and Its Relation to Force The linear momentum, or momentum, of an object is defined as the product of its mass and its velocity. Momentum, p, is a vector and its direction is the
Name: Date: Period: Momentum, Work, Power, Energy Study Guide
Momentum, Work, Power, Energy Study Guide Your test will have fill-in-the-blank and short answer questions. Use the following to help you. Be able to answer questions about the labs (egg drop, collisions,
IMPACT (Section 15.4)
IMPACT (Section 15.4) Today s Objectives: Students will be able to: a) Understand and analyze the mechanics of impact. b) Analyze the motion of bodies undergoing a collision, in both central and oblique
Professor Jasper Halekas Van Allen Lecture Room 1 MWF 8:30-9:20 Lecture
Professor Jasper Halekas Van Allen Lecture Room 1 MWF 8:30-9:20 Lecture Mean = 9.63/15 = 64% (> 60% target!) Std. Dev. = 2.22 Min =4 Max = 15 Nice job!!!! Solutions posted tonight Homework due Thursday
Conserv. of Momentum (Applications)
Conserv. of Momentum (Applications) Announcements: Next midterm a week from Thursday (3/15). Chapters 6 9 will be covered LA information session at 6pm today, UMC 235. Will do some longer examples today.
Last class, we learned Section 9-8, Momentum and Kinetic Energy in Collisions
Final Exam 8:30-11:00 am, May 8th, 2007, Tuesday 208 Kupfrian Hall (Different from the room for the previous exams) From Chapter 1 to Chapter 9 Bring your scientific calculators. Lecture notes at Last
p p I p p p I p I p p
Net momentum conservation for collision on frictionless horizontal surface v1i v2i Before collision m1 F on m1 from m2 During collision for t v1f m2 F on m2 from m1 v2f +x direction After collision F F
Momentum & Energy Review Checklist
Momentum & Energy Review Checklist Impulse and Momentum 3.1.1 Use equations to calculate impulse; momentum; initial speed; final speed; force; or time. An object with a mass of 5 kilograms is moving at
Chapter 9. Linear Momentum and Collisions This chapter is about interaction between TWO objects
Chapter 9 Linear Momentum and Collisions This chapter is about interaction between TWO objects 1 Units of Chapter 9 Linear Momentum Momentum and Newton s Second Law Impulse Conservation of Linear Momentum
Advanced Collisions Teacher s Guide
Advanced Collisions Teacher s Guide 1.0 Summary Advanced Collisions is the seventh activity in the Dynamica sequence. This activity should be done after Collisions and Momentum in 1D and should take students
Final Review. If a car has 3,000kg-m/s of momentum, and a mass of 1,000kg. How fast is it moving? A ball that has momentum must also have energy.
Physics Name: Date: Period: Final Review Write the appropriate formulas with all units below. Impulse Momentum Conservation of Momentum Rank these in order from least to most momentum:.01kg mass moving
The SI units of mass are kilograms (kg) and of velocity are meters / second (m/s). Therefore, the units of momentum are kg m/s.
Momentum Introduction As was pointed out in the previous chapter, some of the most powerful tools in physics are based on conservation principles. The idea behind a conservation principle is that there
Student Exploration: Sled Wars
Name: Date: Student Exploration: Sled Wars Vocabulary: acceleration, energy, friction, kinetic energy, momentum, potential energy, speed Prior Knowledge Questions (Do these BEFORE using the Gizmo.) 1.
Chapter 7. Impulse and Momentum
Chapter 7 Impulse and Momentum 7.1 The Impulse-Momentum Theorem There are many situations when the force on an object is not constant. 7.1 The Impulse-Momentum Theorem DEFINITION OF IMPULSE The impulse
A. Incorrect! Remember that momentum depends on both mass and velocity. B. Incorrect! Remember that momentum depends on both mass and velocity.
AP Physics - Problem Drill 08: Momentum and Collisions No. 1 of 10 1. A car and motor bike are travelling down the road? Which of these is a correct statement? (A) The car will have a higher momentum.
Announcements - 9 Oct 2014
Announcements - 9 Oct 2014 1. Prayer 2. Exam 2 results a. Median Score: b. Curve: c. Exams will be returned soon, our office assistant should put them in the boxes near N357 ESC sometime today. d. I'll
Notes Momentum. Momentum and Impulse. - The product (multiplication) of an objects mass and velocity is called momentum.
Notes Momentum Momentum and Impulse - The product (multiplication) of an objects mass and velocity is called momentum. Momentum is the energy of motion of an object. Momentum is represented by the letter.
HW assignments for Chapter 6 Q 4,5,7,9 P 3,4,6,8,9,10. Chapter 6. Conservation of Linear Momentum and Collisions. Dr.
HW assignments for Chapter 6 Q 4,5,7,9 P 3,4,6,8,9,10 Chapter 6 Conservation of Linear Momentum and Collisions Dr. Armen Kocharian Momentum and Newton s Laws The linear momentum of an object of mass m
CONSERVATION OF ENERGY PHYSICS 221: CLASSICAL PHYSICS I. Part 1 Conservation of Kinetic Energy: Elastic Collisions Introduction
CONSERVATION OF ENERGY PHYSICS 221: CLASSICAL PHYSICS I Name: Lab Date: Due Date: Lab Partner(s): Part 1 Conservation of Kinetic Energy: Elastic Collisions Introduction Momentum is always conserved in
Collisions in 1- and 2-D
Collisions in 1- and 2-D Momentum and Energy Conservation Physics 109 Experiment Number 7 2017 Outline Brief summary of Binary Star Experiment Some thoughts on conservation principles Description of the
10/11/11. Physics 101 Tuesday 10/11/11 Class 14" Chapter " Inelastic collisions" Elastic collisions" Center of mass"
Consider the following situations and possible isolated systems: Physics 101 Tuesday Class 14" Chapter 9.5 9.7" Inelastic collisions" Elastic collisions" Center of mass" Two cars on an icy road collide.
Conservation of Linear Momentum
Conservation of Linear Momentum Objective In this series of experiments, the conservation of linear momentum and kinetic energy will be tested for different types of collisions. Equipment List Air track,
Multiple choice questions [60 points]
![Multiple choice questions [60 points]](/thumbs/95/122851681.jpg "Multiple choice questions [60 points]")
Multiple choice questions [60 points] Answer all of the following questions. Read each question carefully. Fill the correct bubble on your scantron sheet. Each correct answer is worth 4 points. Each question
Momentum Energy Angular Momentum
Notes 8 Impulse and Momentum Page 1 Impulse and Momentum Newton's "Laws" require us to follow the details of a situation in order to calculate properties of the system. Is there a simpler way? CONSERVATION
Physics 10 Lecture 6A. "And in knowing that you know nothing, that makes you the smartest of all. --Socrates
Physics 10 Lecture 6A "And in knowing that you know nothing, that makes you the smartest of all. --Socrates Momentum Which is harder to stop a small ball moving at 1 m/s or a car moving at 1 m/s? Obviously
Table of Contents. Pg. # Momentum & Impulse (Bozemanscience Videos) 1 1/11/16
Table of Contents g. # 1 1/11/16 Momentum & Impulse (Bozemanscience Videos) 2 1/13/16 Conservation of Momentum 3 1/19/16 Elastic and Inelastic Collisions 4 1/19/16 Lab 1 Momentum Chapter 6 Work & Energy
Experiment: Momentum & Impulse in Collisions (Video)
Phy201: General Physics I Laboratory 1 Experiment: Momentum & Impulse in Collisions (Video) Objectives: To utilize momentum carts to investigate the nature of different types of collisions To perform video
Momentum in One Dimension
Momentum in One Dimension Theory The linear momentum p of an object is defined as p = m v (1) where m is the mass of the object and v its velocity. Note that since velocity is a vector, momentum is as
One Dimensional Collisions 1 Fall 2018
One Dimensional Collisions 1 Fall 2018 Name: Partners: Introduction The purpose of this experiment is to perform experiments to learn about momentum, impulse and collisions in one dimension. Write all
spacecraft mass = kg xenon ions speed = m s 1 Fig. 2.1 Calculate the mass of one xenon ion. molar mass of xenon = 0.
1 (a) A solar-powered ion propulsion engine creates and accelerates xenon ions. The ions are ejected at a constant rate from the rear of a spacecraft, as shown in Fig. 2.1. The ions have a fixed mean speed
MASSACHUSETTS INSTITUTE OF TECHNOLOGY Physics Department. Physics 8.01L IAP Experiment 3: Momentum and Collisions
MASSACHUSETTS INSTITUTE OF TECHNOLOGY Physics Department Physics 8.01L IAP 2011 Experiment 3: Momentum and Collisions Purpose of the Experiment: In this experiment you collide a cart with a spring that
Inelastic Collisions
Experiment 5 Inelastic Collisions 5.1 Objectives Measure the momentum and kinetic energy of two objects before and after a perfectly inelastic one-dimensional collision. Observe that the concept of conservation
ONE-DIMENSIONAL COLLISIONS
ONE-DIMENSIONAL COLLISIONS Purpose In this lab we will study conservation of energy and linear momentum in both elastic and perfectly inelastic one-dimensional collisions. To do this, we will consider
Conservation of Momentum
Conservation of Momentum PURPOSE To investigate the behavior of objects colliding in elastic and inelastic collisions. To investigate momentum and energy conservation for a pair of colliding carts. To
PROJECTILE MOTION: CONSERVATION OF MOMENTUM 19 FEBRUARY 2013
PROJECTILE MOTION: CONSERVATION OF MOMENTUM 19 FEBRUARY 2013 Lesson Description In this lesson we: Learn that an object s momentum is the amount of motion it has due to its mass and velocity. Show that
Physics. Impulse & Momentum
Physics Impulse & Momentum Warm up - Write down everything you know about impulse and momentum. Objectives Students will learn the definitions and equations for impulse, momentum, elastic and inelastic
Bumper Cars. Question
Bumper Cars 1 You are riding on the edge of a spinning playground merry-goround. If you pull yourself to the center of the merry-go-round, what will happen to its rotation? A. It will spin faster. B. It
Unit 2 Review. SPH4U Nov. 9, 2015
Unit 2 Review SPH4U Nov. 9, 2015 Assessment Dates Quiz tomorrow ( Tuesday, Nov. 10) on Elastic and Inelastic Collisions Unit Test Thursday, Nov. 12 Next Unit Gravitational, Electric, and Magnetic Fields
LABORATORY V CONSERVATION OF MOMENTUM
LABORATORY V CONSERVATION OF MOMENTUM In this lab you will use conservation of momentum to predict the motion of objects resulting from collisions. It is often difficult or impossible to obtain enough
Physical Science 101 Homework #5
1. A 2 kg ball is thrown straight upward with an initial speed of 12 m/s. Assume air resistance is negligible. (Note: you may want to refer to HW #4 problem 9.) Show all work or justify your answers. a.
Part Two: Earlier Material
Part Two: Earlier Material Problem 1: (Momentum and Impulse) A superball of m 1 = 0.08kg, starting at rest, is dropped from a height falls h 0 = 3.0m above the ground and bounces back up to a height of
Momentum ~ Lab Name:
Momentum ~ Lab Name: Instructions: Using a pencil, answer the following questions. The lab is marked, based on effort, completeness, neatness, and accuracy. Do your best! Part 1: Explosion In this section,
Conservation of Momentum. Chapter 9: Collisions, CM, RP. Conservation of Momentum. Conservation of Momentum. Conservation of Momentum
P H Y S I C S Chapter 9: Collisions, CM, RP Since impulse = change in momentum, If no impulse is exerted on an object, the momentum of the object will not change. If no external forces act on a system,
EXPERIMENT 6: COLLISIONS
TA name Lab section Date TA Initials (on completion) Name UW Student ID # Lab Partner(s) EXPERIMENT 6: COLLISIONS CONSERVATION OF ENERGY & MOMENTUM IN COLLISIONS 117 Textbook Reference: Walker, Chapter
Physics 8 Wednesday, September 9, 2015
Physics 8 Wednesday, September 9, 2015 http://positron.hep.upenn.edu/physics8 You read Mazur Chapter 5 ( energy ) for today. Handing back HW1. HW2 (from Ch3,4) due Friday. Homework study sessions (optional):
Conservation of Momentum: Marble Collisions Advanced Version
Conservation of Momentum: Marble Collisions Advanced Version In this lab you will roll a marble down a ramp, and at the bottom of the ramp the marble will collide with another marble. You will measure
Lab 8 Impulse and Momentum
b Lab 8 Impulse and Momentum What You Need To Know: The Physics There are many concepts in physics that are defined purely by an equation and not by a description. In some cases, this is a source of much
Inelastic Collisions
Experiment 4 Inelastic Collisions 4.1 Objectives Measure the momentum and kinetic energy of two objects before and after a perfectly inelastic one-dimensional collision. Observe that the concept of conservation
PRELAB IMPULSE AND MOMENTUM
Impulse Momentum and Jump PRELAB IMPULSE AND MOMENTUM. In a car collision, the driver s body must change speed from a high value to zero. This is true whether or not an airbag is used, so why use an airbag?
Momentum. A ball bounces off the floor as shown. The direction of the impulse on the ball, is... straight up straight down to the right to the left
Momentum A ball bounces off the floor as shown. The direction of the impulse on the ball,, is... A: B: C: D: straight up straight down to the right to the left This is also the direction of Momentum A
Contents. Objectives Velocity Addition CM Velocity 2 D Collisions totally inelastic elastic Recap. Contents
Physics 121 for Majors totally in Class 16 totally in Velocity Addition and Collisions In Two Dimensions Last Class More on Work Potential Energy Conservation of Energy Power totally in Today s Class Adding
Momentum and Collisions. Chapter 6. Table of Contents. Section 1 Momentum and Impulse. Section 2 Conservation of Momentum
Table of Contents Momentum and Section 2 Conservation of Momentum Objectives Compare the momentum of different moving objects. Compare the momentum of the same object moving with different velocities.
Chapter 7 Lecture. Pearson Physics. Linear Momentum and Collisions. Prepared by Chris Chiaverina Pearson Education, Inc.
Chapter 7 Lecture Pearson Physics Linear Momentum and Collisions Prepared by Chris Chiaverina Chapter Contents Momentum Impulse Conservation of Momentum Collisions Momentum How can the effect of catching
System of objects (particles)
Today Ch 6, Momentum and Collisions System of particles Elastic vs. inelastic collision Elastic collision in 1D Collision in 2D Center of mass Motion of system of particles (Motion of center of mass) 1
Dynamics Track Momentum, Energy, and Collisions
Dynamics Track Momentum, Energy, and Collisions Student Handout Collisions between objects create some interesting questions about which conservation laws apply. In this lab you will be comparing elastic
Momentum. Physics Momentum and Impulse Practice
Physics Momentum and Impulse Practice Momentum Momentum is the resistance of an object to giving up kinetic energy. Momentum is times. It is abbreviated with a p. The equation is p = m*v Solve the following
Physics 121. Quiz lecture 14. Linear momentum (a quick review). Linear momentum (a quick review). Systems with variable mass. ( ) = M d!
Physics 121. Thursday, March 6, 2008. Physics 121. Thursday, March 6, 2008. Course Information Quiz Topics to be discussed today: Conservation of linear momentum and one-dimensional collisions (a brief
1 kg. 10,000 kg. 1 Page. Momentum is a vector so it has a magnitude and a velocity. Its magnitude is the product of its mass and velocity, p = mv.
Momentum The momentum of a single object is simply equal to the product of its mass and its velocity. The symbol for momentum is p. Since mass is a scalar and velocity is a vector, momentum is also a vector.
Holt Physics Momentum And Collisions Test
And Collisions Test Free PDF ebook Download: And Collisions Test Download or Read Online ebook holt physics momentum and collisions test in PDF Format From The Best User Guide Database PERFECTLY INELASTIC