Three complex compounds I,II and III have Blu | vedclass

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(D) The color observed in a complex is the complementary color of the wavelength absorbed. The relationship between absorbed wavelength $(\lambda_{abs

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$III > I > II$

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(D) The color observed in a complex is the complementary color of the wavelength absorbed. The relationship between absorbed wavelength $(\lambda_{abs})$ and observed color is: $1$. Blue color observed $\rightarrow$ Orange light absorbed $(\approx 580-620 \ nm)$. $2$. Red color observed $\rightarrow$ Green light absorbed $(\approx 500-560 \ nm)$. $3$. Green color observed $\rightarrow$ Red light absorbed $(\approx 620-750 \ nm)$. Comparing the absorbed wavelengths: $\lambda_{abs}$ for $III$ (Red absorbed) > $\lambda_{abs}$ for $I$ (Orange absorbed) > $\lambda_{abs}$ for $II$ (Green absorbed). Therefore,the correct order is $III > I > II$.

Three complex compounds $I$,$II$ and $III$ have Blue,Red and Green colour respectively. Which of the following orders of $\lambda_{abs}$ (absorbed wavelength) is $CORRECT$?

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