sticky situations proving momentum is conserved. if the collision force is equal when a big truck...

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Sticky Situations PROVING MOMENTUM IS CONSERVED

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Page 1: 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

Sticky Situations

PROVING MOMENTUM IS

CONSERVED

Page 2: 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

If the collision force is equal when a big truck hits a small car,

Why is the small car damaged more than the truck?

ENTRY TASK:

Page 3: 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

A Question of Bounces Part 2

Conceptual Physics Summary & Questions

Moving on Impulse

Questions?

HAVE OUT

Page 4: 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

Challenge:

Find the initial velocity of a car involved in a collision

STICKY SITUATIONS

Page 5: 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

Initial Position (-Vi)

Data for Repound Positions (Vf) Calculations

Gp 1 Gp 2 Gp 3 Gp 4 Gp 5 Avg Bounce

(Vf)

CLASS DATA

Page 6: 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

(Expected Value – Actual Value)Expected Value

CALCULATING PERCENT ERROR

X 100

Page 7: 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

Complete Sticky Situations

Newton’s Laws & Momentum Review

Conservation of Momentum Practice Problems 1 & 2

HOMEWORK: