Waves Chunking Slides
Ch. 25 and 26 RG
You should study your Reading Guides, Labs, Web Assigns, Workbook, and old Quizzes Slinky Lab
Water Tube Lab
Waves Quiz
Ripple Tank Lab
Types of Waves: Types of Waves: Longitudinal wave Transverse wave Standing wave Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Beats fb = f1 ­ f2
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Beats fb = f1 ­ f2
Other Equations:
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Beats fb = f1 ­ f2
Other Equations:
v = λf
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Beats fb = f1 ­ f2
Other Equations:
v = λf
1
T = f
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Beats fb = f1 ­ f2
Other Equations:
1
T = v = λf
f
vs = 331 + 0.6t
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Beats fb = f1 ­ f2
Other Equations:
1
T = v = λf
f
vs = 331 + 0.6t
Wave Relationships: Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Sonic Booms
Interference
Beats fb = f1 ­ f2
Other Equations:
1
T = v = λf
f
vs = 331 + 0.6t
Wave Relationships: Between frequency (pitch), wavlength, velocity, amplitude, and types of mediums (solid, liquid, gas, vacuum), tension, etc...
Types of Waves: Longitudinal wave Transverse wave Standing wave Wave Phenomena:
Resonance
Doppler Effect
Other Equations:
1
T = v = λf
f
vs = 331 + 0.6t
Wave Relationships: Between frequency (pitch), wavlength, velocity, amplitude, and types of mediums (solid, liquid, gas, vacuum), tension, etc...
Sonic Booms
Interference
Beats fb = f1 ­ f2
Pendulum Depends on length and gravity only
Motion:
Good Luck!!!