Focal Length Focal Point Real Diverging/ Concave Virtual Image Lens Upright Prism Refraction Snell’s Law n = c/v
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Focal Length
Focal Point
Real Diverging/ Concave
Virtual Image Lens
Upright
Prism Refraction
Snell’s Law
n = c/v
Light Behavior
v= fλ
Retina
Infrared
Ray Model of Light Diffraction
M=hi/ho=-si/so
Equations
Converging /Convex
Inverted
Diffraction Grating
1/si+1/so=1/f
n1sinθ 1= n2sinθ 2
Visible Light
Ultraviolet
Spectrum
Light & Optics
Color
Amplitude
Reflection
Wavelength (λ )
Wave Model
Trough Wave Anatomy
Medium of Propagation
Propagation Direction
Monochromatic
Wave Descriptors
Wave speed (v)
Crest Period (T)
Superposition Wave Train Wave Front
Wave Number (k) Displacement
Interference Pattern
Destructive Interference Frequency (f)
Wave Pulse
Standing Waves
Constructive Interference Wave Packet
Beats
Node
Becky McCoy Light & Optics Unit Plan