A Question of Bounces COLLISIONS AND MOMENTUM: PROVING FORCES ARE ALWAYS EQUAL.

Slides:

Advertisements

Similar presentations

Linear Momentum Chapter Momentum & Its Relation to Force Linear momentum-product of the mass and its velocity Momenta – plural for momentum A vector.

Advertisements

Linear Momentum For an individual mass we define the linear momentum to be: From the 2 nd law we have: This is actually how Newton originally formulated.

CHAPTER 8 Momentum & Impulse.  Momentum is a product of mass and velocity  Momentum is a vector (magnitude and direction)  p = m v  Measured in kg.

Chapter 7 Linear Momentum.

Conservation of Momentum

Momentum and Energy in Collisions. A 2kg car moving at 10m/s strikes a 2kg car at rest. They stick together and move to the right at ___________m/s.

09-1 Physics I Class 9 Conservation of Momentum in Two and Three Dimensions.

Collisions and Momentum 3.1 pp Mr. Richter.

Momentum and Impulse Chapter 7.

Conservation of Momentum. Conserved Total momentum of a system before and after an interaction remains constant Momentum before = Momentum After Two balls.

Linear Momentum and Collisions المحاضرة العاشرة. Linear Momentum and Collisions Chapter 9.

Chapter 6 Impulse and Momentum.

Conservation of Momentum Tuesday, January 14, 2014.

Impulse During any collision some momentum is transferred from one object to another. So… momentum of one object decreases by  p and momentum of the other.

Momentum and Its Conservation

REVISION MOMENTUM. the product of an object's mass and its velocity a vector quantity with the same direction as the velocity of the object. MOMENTUM.

Monday, February 25 th Entry Task Draw three diagrams. Each should be labeled. One to represent Newton’s 1 st law. Another to represent Newton’s 2 nd law.

Momentum and Impulse. Answer Me!!! Forces cause objects to start moving. What keeps an object moving after the force is no longer applied?

A Question of Bounces COLLISIONS AND MOMENTUM: PROVING FORCES ARE ALWAYS EQUAL.

Sticky Situations PROVING MOMENTUM IS CONSERVED. If the collision force is equal when a big truck hits a small car, Why is the small car damaged more.

Chapter 9 - Collisions Momentum and force Conservation of momentum

Chapter 7 Impulse and Momentum.

Momentum and Impulse Momentum(p)-. Momentum and Impulse Momentum- Newton referred to it as the quantity of motion.

The product of mass and velocity of a body is called momentum. Force and Laws of Motion Momentum Mathematically, Momentum = mass × velocity P = mv It is.

Chapter 6 Impulse and Momentum.

Linear Momentum AP Physics 2. Definitions Second law, again.

What is the impulse indicated from this graph? Impulse – Momentum Experiment.

Safe Landings FORCE & ACCELERATION NEWTON’S 2 ND LAW.

Momentum Momentum is inertia in motion Momentum is inertia in motion What is Inertia? What is Inertia? …think Newton’s 1 st Law …think Newton’s 1 st Law.

Linear Momentum AP Physics Chapter 7. Linear Momentum 7.1 Momentum and Its Relation to Force.

Momentum and Impulse. March 24, 2009 Momentum and Momentum Conservation  Momentum  Impulse  Conservation of Momentum  Collision in 1-D  Collision.

R. Field 10/08/2013 University of Florida PHY 2053Page 1 PHY2053 Exam 1 Average = 11.8 High = 20 (6 students) Low = 3 Very Good!

A Question of Bounces COLLISIONS AND MOMENTUM: PROVING FORCES ARE ALWAYS EQUAL.

Momentum Momentum is a measure of how hard it is to stop or turn a moving object. What characteristics of an object would make it hard to stop or turn?

Chapter 7 Linear Momentum. Objectives: Students will be able to: Explain that a conserved quantity is a quantity that remains numerically constant. Define.

Chapter 7 Impulse and Momentum. 7.1 The Impulse-Momentum Theorem There are many situations when the force on an object is not constant.

The “Big MO”. Momentum is the product of __________ X the _____________ of an object.

Momentum. The p = m = mass v = velocity Unit: Vector Direction of momentum is determined by the direction of the.

Chapter 8: Momentum P=mv. Momentum is conserved for all collisions as long as external forces don’t interfere.

Momentum and Impulse Momentum Momentum can be defined as "mass in motion." All objects have mass; so if an object is moving, then it has momentum Momentum.

Chapter 6 Impulse and Momentum. DEFINITION OF LINEAR MOMENTUM The linear momentum of an object is the product of the object’s mass times its velocity:

Friday phys 1-25 Momentum Collisions Energy. The Correct answer to #79 I was wrong! 2.8 m/s [SW] and 2.8 m/s [NE] Before =.64 kg m/s [e] After = HORIZONTAL.

Chapter 7 Impulse and Momentum. 7.1 The Impulse-Momentum Theorem There are many situations when the force on an object is not constant.

Chapter 6. When objects collide their motion changes and this is the result of a concept called momentum. Momentum = mass x velocity p = mv kgm/s or Ns.

Momentum and collisions. What is momentum?  Momentum is the mass and velocity of a moving object. We find it mathematically using the formula: p = mv.

Momentum P = m • v Definition: Formula: Momentum= mass • velocity

Chapter 7 Impulse and Momentum.

LINEAR MOMENTUM The rate of change of the linear momentum of a particle is equal to the net force acting on the particle.

Momentum and Impulse.

Physics Section 6.2 Calculate the momentum of collisions

Momentum and Impulse.

Find the velocity of a particle with the given position function

Momentum and Impulse.

Chapter 7 Impulse and Momentum

Day Topic: Conservation of Momentum

Chapter 7 Impulse and Momentum.

Elastic Collisions.

Momentum Momentum is a measure of how hard it is to stop or turn a moving object. What characteristics of an object would make it hard to stop or turn?

Find the velocity of a particle with the given position function

As we watch this video….. think about these questions:

Chapter 7 Impulse and Momentum.

Momentum and Impulse SPH4U.

Conservation Laws Momentum and Impulse

Momentum Momentum is a measure of how hard it is to stop or turn a moving object. What characteristics of an object would make it hard to stop or turn?

Momentum, Mass, and Velocity

Momentum and its Conservation

Introduction to Kinematics

Presentation transcript:

A Question of Bounces COLLISIONS AND MOMENTUM: PROVING FORCES ARE ALWAYS EQUAL

A ball is released from -20cm The ball meets another ball at 0 and bounces back to -7cm Find the change in velocity of the ball Show your calculations Have Out: Speed Bumps & Safe Landings ENTRY TASK:

Initial Position (-V i ) Data for Repound Positions (V f )Calculations Gp 1Gp 2Gp 3Gp 4Gp 5Avg Bounce (V f ) V final V initial ∆V (V f -V i ) EXPERIMENT #3: TWO BALLS OF DIFFERENT MASS & VELOCITY FROM 1 ST EXPERIMENT

F 1 on 2 = (m * ∆v) / t F = force of ball 1 on ball 2 m = mass of ball 1 ∆v = change in velocity of ball 1 t = time needed to change velocity CALCULATING FORCE (BALL 1) Mass of ball 1Average Mass Ball 1 Gp 1Gp 2Gp 3Gp 4Gp 5 Calculations

F 2 on 1 = (m * ∆v) / t F = force of ball 2 on ball 1 m = mass of ball 2 ∆v = change in velocity of ball 2 t = time needed to change velocity CALCULATING FORCE (BALL 2) Mass of ball 2Average Mass Ball 2 Gp 1Gp 2Gp 3Gp 4Gp 5 Calculations

HOW DO THE FORCES EXPERIENCED BY THE TWO BALLS COMPARE?

(Expected Value – Actual Value) Expected Value CALCULATING PERCENT ERROR X 100

HOW DOES FORCE CHANGE WHEN MASS INCREASES?

Conceptual Physics  Answer Review Questions 1-10 pages  Plug & Chug Q’s 19 & 20  Think & Explain HAVE OUT

MOMENTUM!!!

 Revise Science Fair Assignment #1 (Most Due Tuesday)  Complete A Question of Bounces Part 2  Complete Vector Addition in One Dimension  Complete Moving on Impulse Questions HOMEWORK: