Invisible Light

Introductions

Are many types of invisible light.

The invisible light start in:

Radio Waves, Microwaves,

Infrared Light,Utraviolet Light,

X Rays , Gamma Rays.

The little one is the radio waves

and hardlest is gamma rays.

1. RADIO WAVES:radio waves are the longest waves of  the electromagnetic spectrum, broadcast stations use them to carry signals in a kind of code AM or FM.

2.MICROWAVES:microwaves are shortwave radio waves.microwave ovens can heat many  foods faster , using less enrgy tha a regular oven.

3.INFRARED LIGHT:infrared light means "just beyond red ." All objects give off more infrared waves , depending on their temperature.

4.ULTRAVIOLET LIGHT:ultraviolet(UV)light is made up of waves just shorter than visible  violet light  on the spectrum.

5.X RAYS: x rays can pass right through most objects.Thicker or denser objects tend  to absorb x rays.

6.GAMMA RAYS: the shortest wavelengths of the spectrum-gamma rays.

Light an Lenses

1. opaque: completely blocking  light from passing through.

2.transparent: letting all light through , so that objects on the other side can be seen clearly.

3.translucent : letting only some through, so that objects on the other side appear blurry.

4.polarization: allowing light vibrations to passthrough in only one direction.

5.refraction: the bending of light rays as they pass from one subtance into another.

6.convex lens: a lens that curves outward (is thicker at the middle than at the edges) and brings light rays together.

7.concave lens : a  lens that curves inward ( is thicker at the edges than at the middle) and speads light rays apart.

Light and Lenses

1. opaque:completely  blocking  light  from   passing  through.

2.  transparrent:letting  all  light  through, so  that  objects  on  the  other  side  can  be seen clearly.

3.translucent:letting  only  some  light  through, so  that  objects  on the other side  appear blurry.

4.polarization:allowing  light  vibrations  to  pass  through  in  only  one  direction.

5.refraction:the  bending  of  light  rays  as  they  pass  from  one  subtance into  another.