For the acid-base indicator bromothymol blue,the protonated form,HBB,is yellow and the deprotonated form,BB⁻,is blue.When both forms are present the indicator has a green color,the shade of green depends on the ratio of HBB:BB⁻.Use the information below to calculate the concentration of HBB and BB⁻ for a green solution of bromothymol blue.

Question

For the acid-base indicator bromothymol blue,the protonated form,HBB,is yellow and the deprotonated form,BB⁻,is blue.When both forms are present the indicator has a green color,the shade of green depends on the ratio of HBB:BB⁻.Use the information below to calculate the concentration of HBB and BB⁻ for a green solution of bromothymol blue.
For the acid-base indicator bromothymol blue,the protonated form,HBB,is yellow and the deprotonated form,BB−,is blue.When both forms are present the indicator has a green color,the shade of green depends on the ratio of HBB:BB−.Use the information below to calculate the concentration of HBB and BB− for a green solution of bromothymol blue.

For the acid-base indicator bromothymol blue,the protonated form,HBB,is yellow and the deprotonated form,BB<sup>−</sup>,is blue.When both forms are present the indicator has a green color,the shade of green depends on the ratio of HBB:BB<sup>−</sup>.Use the information below to calculate the concentration of HBB and BB<sup>−</sup> for a green solution of bromothymol blue.

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The Answer of For the acid-base indicator bromothymol blue,the protonated form,HBB,is yellow and the deprotonated form,BB⁻,is blue.When both forms are present the indicator has a green color,the shade of green depends on the ratio of HBB:BB⁻.Use the information below to calculate the concentration of HBB and BB⁻ for a green solution of bromothymol blue.

For the Acid-Base Indicator Bromothymol Blue,the Protonated Form,HBB,is Yellow and the Deprotonated