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Visible light waves. Visible light waves. How do light waves behave when they strike an object?. Light waves vocabulary. Absorbed:. Light waves vocabulary. Absorbed: Light is taken in and goes nowhere. Light waves vocabulary. Absorbed: Light is taken in and goes nowhere. Reflected:.
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Visible light waves How do light waves behave when they strike an object?
Light waves vocabulary • Absorbed:
Light waves vocabulary • Absorbed: Light is taken in and goes nowhere.
Light waves vocabulary • Absorbed: Light is taken in and goes nowhere. • Reflected:
Light waves vocabulary • Absorbed: Light is taken in and goes nowhere. • Reflected: Light is taken in and bounces off.
Light waves vocabulary • Absorbed: Light is taken in and goes nowhere. • Reflected: Light is taken in and bounces off. • Transmitted:
Light waves vocabulary • Absorbed: Light is taken in and goes nowhere. • Reflected: Light is taken in and bounces off. • Transmitted: Light is taken in and passes through.
Light waves vocabulary • Opaque:
Light waves vocabulary • Opaque: Light does not pass through. Light is either absorbed or reflected.
Light waves vocabulary • Opaque: Light does not pass through. Light is either absorbed or reflected. • Transparent:
Light waves vocabulary • Opaque: Light does not pass through. Light is either absorbed or reflected. • Transparent: Light passes straight through an object.
Light waves vocabulary • Opaque: Light does not pass through. Light is either absorbed or reflected. • Transparent: Light passes straight through an object. • Translucent:
Light waves vocabulary • Opaque: Light does not pass through. Light is either absorbed or reflected. • Transparent: Light passes straight through an object. • Translucent: Light passes through an object but objects on other side are blurred / jumbled.
Black Paper The paper is considered opaque. Light wasabsorbed.
The mirror is opaque. The light is reflected. Mirror
The window is transparent. The light is transmitted. Window
The wax-paper is translucent. Wax-paper The light is transmitted but “jumbled”.
Light bouncing off of a surface. Reflection vs. Refraction
Light bouncing off of a surface. Light bends because it changes speeds as it changes mediums. Reflection vs. Refraction
Light bouncing off of a surface. Light bends because it changes speeds as it changes mediums. Reflection vs. Refraction
Light bouncing off of a surface. Angle of incidence = Angle of reflection Light bends because it changes speeds as it changes mediums. Reflection vs. Refraction
Light bouncing off of a surface. Angle of incidence = Angle of reflection Light bends because it changes speeds as it changes mediums. Reflection vs. Refraction