$Refraction #12 Photograph by GIPhotostock$

Refraction #12

by GIPhotostock

$Refraction #12 Canvas Print$

Canvas Print

$100

$Refraction #12 Framed Print$

Framed Print

$109

$Refraction #12 Art Print$

Art Print

$53

$Refraction #12 Poster$

Poster

$53

$Refraction #12 Metal Print$

Metal Print

$106

$Refraction #12 Acrylic Print$

Acrylic Print

$114

$Refraction #12 Wood Print$

Wood Print

$86

$Refraction #12 Tapestry$

Tapestry

$51

$Refraction #12 Throw Pillow$

Throw Pillow

$32

$Refraction #12 Fleece Blanket$

Fleece Blanket

$51

$Refraction #12 Duvet Cover$

Duvet Cover

$115

$Refraction #12 Shower Curtain$

Shower Curtain

$93

$Refraction #12 Bath Towel$

Bath Towel

$40

$Refraction #12 Jigsaw Puzzle$

Jigsaw Puzzle

$45

$Refraction #12 Tote Bag$

Tote Bag

$33

$Refraction #12 Weekender Tote Bag$

Weekender Tote Bag

$48

$Refraction #12 Zip Pouch$

Zip Pouch

$25

$Refraction #12 Portable Battery Charger$

Portable Battery Charger

$54

$Refraction #12 Yoga Mat$

Yoga Mat

$70

$Refraction #12 Greeting Card$

Greeting Card

$6.95

$Refraction #12 Spiral Notebook$

Spiral Notebook

$15

$Refraction #12 Sticker$

Sticker

$3.50

$Refraction #12 iPhone Case$

iPhone Case

$32

$Refraction #12 Beach Towel$

Beach Towel

$40

$Refraction #12 Round Beach Towel$

Round Beach Towel

$75

$Refraction #12 Weekender Tote Bag$

Weekender Tote Bag

$48

$Refraction #12 Coffee Mug$

Coffee Mug

$17

$Refraction #12 T-Shirt$

Men's Clothing

$38

$Refraction #12 Women's T-Shirt$

Women's Clothing

$38

$Refraction #12 Youth T-Shirt$

Youth Clothing

$34

$Refraction #12 Toddler T-Shirt$

Toddler Clothing

$32

$Refraction #12 Baby Onesie$

Baby Clothing

$36

Title

Refraction #12

Artist

GIPhotostock

Medium

Photograph - Photograph

Description

When light is incident from the air on an acrylic block it refracts (bends) toward the normal to the surface. When light exits the block through the second surface it refracts away from the normal to the surface. The angles of incidence and refraction are related through the Snell's law and depend on the refractive index of the block. In this photograph a red laser beam (635 nm) is used to demonstrate the phenomenon.

Uploaded

September 29th, 2014

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