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KE and EME HOT SEAT!

KE and EME HOT SEAT!

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KE and EME HOT SEAT!. What is the equation for KE?. KE = ½ mv 2. What does KE stand for?. Kinetic Energy. Which two variables determine the amount of KE an object has?. Mass and velocity. How much KE is generated when a 3 kg bunny is running at 2 m/s?. 12 Joules. - PowerPoint PPT Presentation

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Page 1: KE and EME  HOT SEAT!

KE and EME HOT SEAT!

Page 2: KE and EME  HOT SEAT!

What is the equation for KE?

KE = ½ mv2

Page 3: KE and EME  HOT SEAT!

What does KE stand for?

Kinetic Energy

Page 4: KE and EME  HOT SEAT!

Which two variables determine the amount of KE an object has?

Mass and velocity

Page 5: KE and EME  HOT SEAT!

How much KE is generated when a 3 kg bunny is running at 2 m/s?

12 Joules

Page 6: KE and EME  HOT SEAT!

When the speed is doubled the KE is ______?

quadrupled

Page 7: KE and EME  HOT SEAT!

Which type of relationship is KE?

complex

Page 8: KE and EME  HOT SEAT!

Which type of relationship is GPE?

simple

Page 9: KE and EME  HOT SEAT!

Why is KE a complex relationship?

The relationship of speed to KE is exponential

Page 10: KE and EME  HOT SEAT!

What is a wave ?

A disturbance that is produced by a vibration or oscillation

Page 11: KE and EME  HOT SEAT!

The following demonstrates which

type of wave?

Longitudinal (or compressed)

Page 12: KE and EME  HOT SEAT!

The following demonstrates which

type of wave?

Transverse

Page 13: KE and EME  HOT SEAT!

Label the wavelength on this wave.

Page 14: KE and EME  HOT SEAT!

Label the wavelength on this wave.

Page 15: KE and EME  HOT SEAT!

Label the wavelength on this wave.

Page 16: KE and EME  HOT SEAT!

Label the wavelength on this wave.

Page 17: KE and EME  HOT SEAT!

Label the amplitude on this wave.

Page 18: KE and EME  HOT SEAT!

Label the amplitude on this wave.

Page 19: KE and EME  HOT SEAT!

Label the crest on this wave.

Page 20: KE and EME  HOT SEAT!

Label the crest on this wave.

CREST

Page 21: KE and EME  HOT SEAT!

Label the trough on this wave.

Page 22: KE and EME  HOT SEAT!

Label the trough on this wave.

TROUG

H

Page 23: KE and EME  HOT SEAT!

What would a wave with no energy look like?

Page 24: KE and EME  HOT SEAT!

Which of these waves has more energy?

A. B.

OR

Answer: A

Page 25: KE and EME  HOT SEAT!

What does the arrow show on this wave?

Compressio

n

Page 26: KE and EME  HOT SEAT!

What does the arrow show on this wave?

Rarefacti

on