The relationship between transmittance and absorbance is A = 2-log (%T). For example, to convert 56 %T to absorbance, use the following A = 2 - log (56) = 0.252. Use the following experimental data from a spectroscopic analysis of a solution containing Co² to determine the unknown concentration of the solution X. [Co²+] 0.20 0.30 0.40 0.50 0.60 X = ? % Transmittance 53.7 38.9 28.2 20.4 15.1 30.9 Construct an Absorbance vs Concentration graph and calculate the unknown concentration. Show your work.

Question

student submitted image, transcription available below

2. The relationship between transmittance and absorbance is

A = 2 ? lo g (% T)

. For example, to convert

56% T

to absorbance, use the following

A = 2 ? lo g (56) = 0.252

. Use the following experimental data from a spectroscopic analysis of a solution containing

Co^{2 +}

to determine the unknown concentration of the solution

X

. Construct an Absorbance vs Concentration graph and calculate the unknown concentration, Show your work.

Accepted Answer

Expert Answer to - The relationship between transmittance and absorbance is A = 2-log (%T). For example, to convert 56

Answer

Solution for - The relationship between transmittance and absorbance is A = 2-log (%T). For example, to convert 56

Answer

This an additional answer to - The relationship between transmittance and absorbance is A = 2-log (%T). For example, to convert 56

(Solved): The relationship between transmittance and absorbance is A = 2-log (%T). For example, to convert 56 ...

View Expert Answer

Expert Answer

Buy This Answer $5

Place Order

We Provide Services Across The Globe