Using the equation from the previous problem, determine the concentration of substance Z if the A600 is measured to be 0.59.

You may copy/paste the following to indicate "micro"- μ. Please give your answer to one decimal place.

Your Answer:

1 answer

To determine the concentration of substance Z based on the A600 measurement, we would typically use the Beer-Lambert Law, which is generally represented as:

\[ A = ε \cdot c \cdot l \]

Where:

  • \( A \) is the absorbance (A600 in this case)
  • \( ε \) is the molar absorptivity (a constant specific to the substance at the given wavelength)
  • \( c \) is the concentration of the substance
  • \( l \) is the path length of the cuvette (typically in cm)

Without specific values for \( ε \) and \( l \), we can't calculate the concentration directly. However, if you have a standard curve or a specific equation that relates A600 to concentration, please provide that, and I can help you compute the concentration of substance Z.

If you plug in the values into a known equation or if you've provided a context to find those values, please provide it for further assistance!