Visible light waves

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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:. - PowerPoint PPT Presentation

Transcript of Visible light waves

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:

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

                                          

Black Paper

The paper is considered opaque.

Light was absorbed.

                                          

Wax-paper

                          

The wax-paper is translucent.

The light is transmitted but “jumbled”.

                                                                                       

Reflection vs. Refraction

Reflection vs. Refraction

• 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.