• Home

  • Documents

  •  · (node) 11. The quantity that does not change as a wave passes form one medium to another....
12

 · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16

Embed Size (px)

Citation preview

Page 1:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 2:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 3:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 4:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16

0

Page 5:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 6:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 7:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 8:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 9:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 10:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16
Page 11:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16

Kinem

aticsNew

ton's Laws of M

otion 

Special Forces

Friction

Springs Linear E

quilibriumDynam

ics

1­Dimensional

2­Dimensional

1st Law: Inertia

2nd Law: 

3rd Law: A

ction/Reaction

Weight

Kinem

atics

Rotational E

quilibrium

Gravitation

Circular M

otion

Orbital M

otion

erf

I partiedwith 

that guy

The Johannes Brothers

To Impulse M

omentum

 Theorem

Page 12:  · (node) 11. The quantity that does not change as a wave passes form one medium to another. (frequency) 14. A conserved quantity in all collisions. momentum) 16

 Mom

entum

Transverse

Torsional

Interference

constructivedestructive

standing wave patterns

Collisions

ElasticIn­Elastic

L

ATER

V20 m

/s

32 m/s

θ

EnergyPotential

Kinetic

Gravitational

ElasticChem

ical

"Large" Object M

otion

Heat 

ElectricalFriction /A

ir Drag Linear

Rotational

Radiant

Light / Electro­Magnetic W

aves

Nuclear

Molecular M

otion

Mechanical W

aves

Impulse

Longitudinal

A.K.A. Super Position

From Newton's Third Law


Collisions & Virtual collisions in IEEE 802.11 networks

Collisions & Virtual collisions in IEEE 802.11 networks

Documents
Evidence for a Conserved Quantity in Human MobilityEvidence for a Conserved Quantity in Human Mobility Laura Alessandrettia,b, Piotr Sapiezynskib, Vedran Sekarab,d, Sune Lehmannb,c,*,

Evidence for a Conserved Quantity in Human MobilityEvidence for a Conserved Quantity in Human Mobility Laura Alessandrettia,b, Piotr Sapiezynskib, Vedran Sekarab,d, Sune Lehmannb,c,*,

Documents
Chapter 9. Momentum and Collisions- If any quantity in physics that does not change, that quantity is conserved *~In an isolated system, when two or more objects collide, the total

Chapter 9. Momentum and Collisions- If any quantity in physics that does not change, that quantity is conserved *~In an isolated system, when two or more objects collide, the total

Documents
Studying the QCD Phase diagram using Conserved Number distributions in high energy collisions

Studying the QCD Phase diagram using Conserved Number distributions in high energy collisions

Documents
Momentum is conserved for all collisions as long as external forces don’t interfere

Momentum is conserved for all collisions as long as external forces don’t interfere

Documents
Momentum Momentum is conserved – even in collisions with energy loss. Collisions

Momentum Momentum is conserved – even in collisions with energy loss. Collisions

Documents
Unit 05 Collision Experimentphyslab.ep.nctu.edu.tw/wp-content/uploads/2016/11/05... · 2018-08-28 · energy is conserved only in elastic collisions. The following will briefly explain

Unit 05 Collision Experimentphyslab.ep.nctu.edu.tw/wp-content/uploads/2016/11/05... · 2018-08-28 · energy is conserved only in elastic collisions. The following will briefly explain

Documents
8 LINEAR MOMENTUM AND COLLISIONS - Mr. …skyhawkphysics.weebly.com/uploads/1/0/7/4/10749787/ch_8.pdf · 8 LINEAR MOMENTUM AND COLLISIONS ... This quantity was the average force exerted

8 LINEAR MOMENTUM AND COLLISIONS - Mr. …skyhawkphysics.weebly.com/uploads/1/0/7/4/10749787/ch_8.pdf · 8 LINEAR MOMENTUM AND COLLISIONS ... This quantity was the average force exerted

Documents
Abj1 Energy as A Conserved Quantity Conservation of Energy for An Isolated System Conservation of Energy for A MV (Closed System) 1.Modes of Energy Transfer

Abj1 Energy as A Conserved Quantity Conservation of Energy for An Isolated System Conservation of Energy for A MV (Closed System) 1.Modes of Energy Transfer

Documents
Oct. 81 / 29 New Progress in Heavy-Ion Collisions, Wuhan, 2015 Fluctuations of Conserved Quantities in High Energy Nuclear Collisions at RHIC Xiaofeng

Oct. 81 / 29 New Progress in Heavy-Ion Collisions, Wuhan, 2015 Fluctuations of Conserved Quantities in High Energy Nuclear Collisions at RHIC Xiaofeng

Documents
Lattice Boltzmann approaches to magnetohydrodynamics and ......(RHS vanish because collisions conserve microscopic mass and momentum.) Momentum flux is not conserved by collisions

Lattice Boltzmann approaches to magnetohydrodynamics and ......(RHS vanish because collisions conserve microscopic mass and momentum.) Momentum flux is not conserved by collisions

Documents
Lecture 13 Collisions - University of Sydney School of Physicshelenj/Mechanics/Kevin/... · 2008. 4. 8. · 4 Inelastic Collisions Kinetic energy is not conserved during the collision

Lecture 13 Collisions - University of Sydney School of Physicshelenj/Mechanics/Kevin/... · 2008. 4. 8. · 4 Inelastic Collisions Kinetic energy is not conserved during the collision

Documents
8 Momentum Momentum is conserved for all collisions as long as external forces dont interfere

8 Momentum Momentum is conserved for all collisions as long as external forces dont interfere

Documents
PHY205 Ch12: Elastic Collisions. 1. Main Points Elastic Collisions: KE is conserved (definition)

PHY205 Ch12: Elastic Collisions. 1. Main Points Elastic Collisions: KE is conserved (definition)

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

Documents
Chapter 7 Linear Momentum. Why study momentum ? - In an isolated system, net force is zero, momentum is a conserved quantity Applications: - collision

Chapter 7 Linear Momentum. Why study momentum ? - In an isolated system, net force is zero, momentum is a conserved quantity Applications: - collision

Documents
Home | Boston University Physicsbuphy.bu.edu/~jesusina/ap_momentum_cons.pdf · 2015-01-26 · Energy conserved? l/ 139/15 . Collisions: elastic - kinetic energy is conserved Examples?

Home | Boston University Physicsbuphy.bu.edu/~jesusina/ap_momentum_cons.pdf · 2015-01-26 · Energy conserved? l/ 139/15 . Collisions: elastic - kinetic energy is conserved Examples?

Documents
Conserved Introns

Conserved Introns

Documents
Momentum Momentum inertia and motion Newton’s “quantity of motion” helps us understand collisions and explosions

Momentum Momentum inertia and motion Newton’s “quantity of motion” helps us understand collisions and explosions

Documents
LeDroit Park Conserved

LeDroit Park Conserved

Documents
Chapter 9 Linear Momentum and Collisions. Momentum 2 Linear momentum of object: mass × velocity Magnitude: p=mv, Direction: same as velocity Quantity

Chapter 9 Linear Momentum and Collisions. Momentum 2 Linear momentum of object: mass × velocity Magnitude: p=mv, Direction: same as velocity Quantity

Documents
Chapter 19 Advection - rd.springer.com · Chapter 19 Advection Transport processes are very important in physics and engineering sciences. Trans-port of a conserved quantity like

Chapter 19 Advection - rd.springer.com · Chapter 19 Advection Transport processes are very important in physics and engineering sciences. Trans-port of a conserved quantity like

Documents
Momentum Momentum is conserved – even in collisions with energy loss due to friction/deformation. Impulse Chapter 9: Linear Momentum and Collisions Reading

Momentum Momentum is conserved – even in collisions with energy loss due to friction/deformation. Impulse Chapter 9: Linear Momentum and Collisions Reading

Documents
Momentu m. Importance of Momentum. Momentum is a corner stone concept in Physics. It is a conserved quantity. That is, within a closed isolated system

Momentu m. Importance of Momentum. Momentum is a corner stone concept in Physics. It is a conserved quantity. That is, within a closed isolated system

Documents
Collisions - Department of Physics€¦ · C. Newton’s ghost D. All answers are correct (except maybe 3). Types of Collisions Momentum is conserved in any collision Inelastic collisions

Collisions - Department of Physics€¦ · C. Newton’s ghost D. All answers are correct (except maybe 3). Types of Collisions Momentum is conserved in any collision Inelastic collisions

Documents
9.4 Two-Dimensional Collisions. Two-Dimensional Collisions momentum is conserved in all directions The momentum is conserved in all directions Use subscripts

9.4 Two-Dimensional Collisions. Two-Dimensional Collisions momentum is conserved in all directions The momentum is conserved in all directions Use subscripts

Documents
Review #3: Collisions, Rotational Motion · Collisions, Rotational Motion. Momentum - Model From Principia: Momentum is defined as “the quantity of motion, conjointly proportional

Review #3: Collisions, Rotational Motion · Collisions, Rotational Motion. Momentum - Model From Principia: Momentum is defined as “the quantity of motion, conjointly proportional

Documents
Momentum is conserved for all collisions as long as ... 8... · Momentum is conserved for all collisions as long as external forces don’t interfere. ... surface because the same

Momentum is conserved for all collisions as long as ... 8... · Momentum is conserved for all collisions as long as external forces don’t interfere. ... surface because the same

Documents
Momentum Momentum is conserved – even in collisions with energy loss. Collisions Center of mass Impulse Chapter 9: Linear Momentum and Collisions Reading

Momentum Momentum is conserved – even in collisions with energy loss. Collisions Center of mass Impulse Chapter 9: Linear Momentum and Collisions Reading

Documents
8 Momentum Momentum is conserved for all collisions as long as external forces don’t interfere

8 Momentum Momentum is conserved for all collisions as long as external forces don’t interfere

Documents