Solution Concentration λmax Absorbance Color Region Blue # 2 Dilute 612.0 nm 0.314 Orange Blue # 2 Concentrated 6.10.0 nm 0.667 Orange Red # 4 Solution Concentration λmax Absorbance Color Region A 1.00 x 10-5 0.506 0.208 Green B 2.00 x 10-5 0.506 0.442 Green C 3.00...

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Chemistry

SolutionConcentrationλmaxAbsorbanceColor Region
Blue # 2Dilute612.0 nm0.314Orange
Blue # 2Concentrated6.10.0 nm0.667Orange

Red # 4

SolutionConcentrationλmaxAbsorbanceColor Region
A1.00 x 10-50.5060.208Green
B2.00 x 10-50.5060.442Green
C3.00 x 10-50.5060.607Green
D4.00 x 10-50.5060.874Green

Q3: Calculate the following for light with the same wavelengthas the λmax found for an aqueous solution of concentered FD&Cblue #2

(a) Color of light absorbed

(b) Frequency

(c) Energy of one photon

Q4: Calculate the following for light with the same wavelengthas the λmax found for an aqueous solution of concentered FD&Cred #4

a) Color of light absorbed

b) Frequency

c) Energy of one photon

Q5: Base on the answers to the two previous questions. Whathappens to the following as you go from blue to red in the visiblespectrum?

(a) Wavelength

(b) Frequency

(c) Energy of a photon

*****Express answers with an appropriate number of significationfigures and proper units and using scientific notation whennecessary/ appropriate.

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