Question 3 Not yet answere d Manned out of 3.00 l" Flag question .....c .c.. mm. White light contains many different wavelengths of EMR between 400 700 nm wavelength. This range of wavelengths is called the "visible" portion of the EMR spectrum. White light looks \"white\" because all of the rays of different colors are traveling parallel to each other. When white light is incident on glass, the individual "colors\" of the spectrum MAY become separated into a rainbow. Use the following Data Table of the optical properties of glass to answer the following question: Index of refraclion at A Incident angle, 9. (} Refracted angle, 9, () 1.532 1.523 1.519 1.515 1.513 Based on the data in the table shown above, explain why an equilateral triangular prism (each interior angle = 60) is able to split white light into its component colors. You MUST support your explanation with a clearly labelled diagram showing the light rays passing through the prism. (3 marks) 0"\"\"0'19 If you shine white light on a window (see diagram below), would you expect to see a spectrum \"0*?\" (rainbow) appear on the other side of the glass? Why or Why Not? answe red Marked outof Support your choice with calculations, diagrams, and any other evidence as required. You can 3.00 assume the index of refraction of the glass is 1.4. '1" Flag question 3 marks for this question > 1 for correct choice, 1 for accurate diagram, and 1 for calculations and explicit discussion of your answer. Does a medium appear on the side at Ina glass? Whita him irddant at an angle on the glass