Given that the molar absorption coefficient of thiamin at 235 nm is 11 300 M- ¹cm-1 under alkaline conditions, the conce

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correctanswer
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Given that the molar absorption coefficient of thiamin at 235 nm is 11 300 M- ¹cm-1 under alkaline conditions, the conce

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Given That The Molar Absorption Coefficient Of Thiamin At 235 Nm Is 11 300 M Cm 1 Under Alkaline Conditions The Conce 1
Given That The Molar Absorption Coefficient Of Thiamin At 235 Nm Is 11 300 M Cm 1 Under Alkaline Conditions The Conce 1 (27.14 KiB) Viewed 126 times
Given that the molar absorption coefficient of thiamin at 235 nm is 11 300 M- ¹cm-1 under alkaline conditions, the concentration of a solution of thiamine can be calculated. If the absorbance of the solution at 235 nm in a 1 cm light path is 0.65, then the concentration of thiamin is calculated to be? A = E.C.I
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