Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at...

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Conservation of Momentum and Inelastic Collisions

Transcript of Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at...

Page 1: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

ConservationofMomentumandInelasticCollisions

Page 2: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

Whatismomentum?

Page 3: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =
Page 4: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

Collisions

•  Whatarethetypesofcollisions?

•  Whatisthedifference?

Page 5: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

Range of Possible Collisions

less bounce more bounce

Total Splat!

(Stick)

The Perfect Bounce

Completely

Inelastic

Completely

Elastic

More Inelastic More Elastic

Elasticcollisionsinvolve“bouncing”.Inelasticcollisions,objectsretaintheiroriginalshape. A goodexampleisapooltable.

Inelasticcollisionsinvolve“sticking”.Ininelasticcollisions,objectsaredeformedasaresultoftheinteraction.Agoodexampleisacaraccident.

Page 6: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

InelasticExamples

Page 7: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =
Page 8: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =
Page 9: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

ConservationofMomentum

Total Momentum BEFORE a Collision

Total Momentum AFTER a Collision

=

Page 10: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

(ex)

9 m/s

100 kg 200 kg

total momentum before

(at rest)

total momentum after

300 kgFind the velocity: how much and which way.

v =

Page 11: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

(ex)

9 m/s

100 kg 200 kg

total momentum before

(at rest)

total momentum after

300 kgFind the velocity: how much and which way.

v =

Total Momentum BEFORE a Collision

Total Momentum AFTER a Collision

=

Page 12: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =
Page 13: Conservation of Momentum and Inelastic Collisions · 9 m/s 100 kg 200 kg total momentum before (at rest) total momentum after 300 kg Find the velocity: how much and which way. v =

(2)

3 m/s

40 kg 60 kg

-1 m/s

total momentum before total momentum after

Find the velocity: how much and which way.(Decimal answer)

v =

Total Momentum BEFORE a Collision

Total Momentum AFTER a Collision

=


CEnter of MAss & MOMENTUM!...Force and Momentum Change The relationship between force and motion follows directly from Newton's Second Law. Change in momentum (kg m/sec) Change in

CEnter of MAss & MOMENTUM!...Force and Momentum Change The relationship between force and motion follows directly from Newton's Second Law. Change in momentum (kg m/sec) Change in

Momentum! - lcps.org · Momentum • Linear momentum – the product of an object’s mass times velocity. • Law of conservation of momentum: the total momentum of …

Momentum! - lcps.org · Momentum • Linear momentum – the product of an object’s mass times velocity. • Law of conservation of momentum: the total momentum of …

AP-C Angular Momentum - APlusPhysicsaplusphysics.com/courses/ap-c/tutorials/APC-AngularMomentum.pdf · AP-C Angular Momentum ... Find the angular momentum for a 5 kg point particle

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from Total body fluids = 600ml/kg in men(60%) and 500ml/kg in women (50%). Total body fluids = 600ml/kg in men(60%) and 500ml/kg in women (50%). Whole.

from Total body fluids = 600ml/kg in men(60%) and 500ml/kg in women (50%). Total body fluids = 600ml/kg in men(60%) and 500ml/kg in women (50%). Whole.

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CMB ANISOTROPIES: TOTAL ANGULAR MOMENTUM METHODbackground.uchicago.edu/~whu/tamm/tamm.pdf · 2009. 10. 1. · total angular momentum representation, which puts vector and tensor modes

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5.1 Momentum and impulse.filled.notebook March 30, 2015 · 2019-08-03 · SPH4U 5.1 Momentum and Impulse 1. Momentum Linear momentum. Calculate the momentum of a 2.5 kg rabbit travelling

5.1 Momentum and impulse.filled.notebook March 30, 2015 · 2019-08-03 · SPH4U 5.1 Momentum and Impulse 1. Momentum Linear momentum. Calculate the momentum of a 2.5 kg rabbit travelling

Chapter 6 Momentum 1.MOMENTUM Momentum - inertia in motion Momentum = mass times velocity Units - kg m/s or sl ft/s.

Chapter 6 Momentum 1.MOMENTUM Momentum - inertia in motion Momentum = mass times velocity Units - kg m/s or sl ft/s.

Cash Commodities Credit Equities Momentum Sov. Debt Total ... · Cash Commodities Credit Equities Momentum Sov. Debt Total Return. Title: Salient | Adaptive Growth Commentary | 2018

Cash Commodities Credit Equities Momentum Sov. Debt Total ... · Cash Commodities Credit Equities Momentum Sov. Debt Total Return. Title: Salient | Adaptive Growth Commentary | 2018

Momentum Anything which is moving has MOMENTUM. The amount of momentum it has depends on:- 1. MASS (kg) 2. VELOCITY (m/s)

Momentum Anything which is moving has MOMENTUM. The amount of momentum it has depends on:- 1. MASS (kg) 2. VELOCITY (m/s)

Momentum - HHS Physics · Momentum Impulse.notebook 1 February 06, 2014 Momentum In classical mechanics, linear momentum or translational momentum (plural momenta; SI unit kg m/s,

Momentum - HHS Physics · Momentum Impulse.notebook 1 February 06, 2014 Momentum In classical mechanics, linear momentum or translational momentum (plural momenta; SI unit kg m/s,

SPH4U: Energy and Momentum - mrohrling · PDF fileSPH4U: Energy and Momentum ... Here is another situation to consider: in a similar experiment, ... Moment 2 3 m/s 1 kg 1 kg

SPH4U: Energy and Momentum - mrohrling · PDF fileSPH4U: Energy and Momentum ... Here is another situation to consider: in a similar experiment, ... Moment 2 3 m/s 1 kg 1 kg

Momentum & Impulse. Momentum (p) “inertia of motion” p = mv Units for momentum Kg*m/s Vector Quantity One way of looking at it…How much an object in.

Momentum & Impulse. Momentum (p) “inertia of motion” p = mv Units for momentum Kg*m/s Vector Quantity One way of looking at it…How much an object in.

MOMENTUM AND IMPULSE Chapter 8. Linear Momentum, p Units of momentum: kg(m/s) or (N)(S) Since velocity, v, is a vector, momentum, p, is a vector. p is.

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Chap 6 What is MOMENTUM? Units: kg m/s.

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Test Review Motion 7...Momentum before = momentum after (7000kg 9.7 m 9.7m s-l) (12 kg) Triceratops has amass of 5000 kg. Calculate their combined speed immediately after the collision.

Test Review Motion 7...Momentum before = momentum after (7000kg 9.7 m 9.7m s-l) (12 kg) Triceratops has amass of 5000 kg. Calculate their combined speed immediately after the collision.

3 rd Quarter Review Momentum Circular Motion. 1. Determine the momentum of a... 60-kg halfback moving eastward at 9 m/s. 1000-kg car moving northward.

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Torque. Correlation between Linear Momentum and Angular Momentum Resistance to change in motion: Linear behavior: Inertia Units M (mass), in kg Angular.

Center&of&mass& · Whatcan&the&velocity&of&center&of&mass&tell&us&& aboutmomentum&?& 5 4 3 2 1 0 1 2 3 4 5 4 Kg 8 Kg 2m/s& Total momentum = P T = 4(2)+8(0) = 8 kgm/s Total mass =

Center&of&mass& · Whatcan&the&velocity&of¢er&of&mass&tell&us&& aboutmomentum&?& 5 4 3 2 1 0 1 2 3 4 5 4 Kg 8 Kg 2m/s& Total momentum = P T = 4(2)+8(0) = 8 kgm/s Total mass =

MOMENTUM AND IMPULSE Chapter 7. Linear Momentum, p Units of momentum: kg(m/s) or (N)(S) Since velocity, v, is a vector, momentum, p, is a vector. p is.

MOMENTUM AND IMPULSE Chapter 7. Linear Momentum, p Units of momentum: kg(m/s) or (N)(S) Since velocity, v, is a vector, momentum, p, is a vector. p is.