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OpenStudy (anonymous):

Need help :)

OpenStudy (anonymous):

OpenStudy (anonymous):

@GTXMUQSIT @ganeshie8 @ikram002p @iambatman @kc_kennylau with reason :/

OpenStudy (kc_kennylau):

http://www.chronicle.su/wp-content/uploads/prism.jpg

OpenStudy (kc_kennylau):

blue

OpenStudy (kc_kennylau):

I think

OpenStudy (anonymous):

Sure ???

OpenStudy (kc_kennylau):

Nope

OpenStudy (anonymous):

@Vincent-Lyon.Fr any idea ???

OpenStudy (anonymous):

ok @kc_kennylau ^_^

OpenStudy (kewlgeek555):

Hello @sarah786 : I went an extra mile and did some research. Based on this webpage < http://www.tutorvista.com/content/science/science-ii/human-eye-colourful-world/dispersion-white-light-prism.php >, it seems that violet colour suffers the maximum deviation and red the least. As you can see, one, violet is not one of your options, and two, the colors that suffer the most deviation are towards the bottom and the ones that suffer the least are towards the top. So @kc_kennylau was correct. :)

OpenStudy (anonymous):

thank ya so much @kewlgeek555 ^_^

OpenStudy (anonymous):

thank ya to you too @kc_kennylau :)

OpenStudy (kewlgeek555):

A pleasure working with you @sarah786 . ;)

OpenStudy (gtxmuqsit):

Well Violet shows maximum deviation when passed through a prism while violet is not there I mean the options you offered so take other colours in sequence i.e: violet>indigo>blue>green>yellow>orange>red. When it comes to wavelength just reverse the sequence i.e: from red to violet so you can conclude that the colour with least wavelength will show max deviation. @sarah786

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