# PRE-LAB QUESTIONS1. What is meant by Amax?The Amax is ne wavclenqm eLight tmathe solute avsor bs most Strengy2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the lighttraveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L. mol1 cm1?3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 Lmol cm when the pathlength is 1.0 cm and the absorbance is 0.0177? Why or why not 1. What is meant by Amax?The Amax is me uavclengm ighthe Solute aosor bs most Strongy2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the lighttraveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L mol-1 cm1?3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 Lmol cm when the pathlength is 1.0 cm and the absorbance is 0.0 177? Why or why not?

Question
11 views

Can you help me on questions 2 AND 3 help_outlineImage TranscriptionclosePRE-LAB QUESTIONS 1. What is meant by Amax? The Amax is ne wavclenqm eLight tma the solute avsor bs most Strengy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L. mol1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0177? Why or why not fullscreen help_outlineImage Transcriptionclose1. What is meant by Amax? The Amax is me uavclengm igh the Solute aosor bs most Strongy 2. What is the concentration of a solution whose absorbance is 0.264 if the pathlength of the light traveling through the solution is 1.5 cm and the molar absorptivity is 49.3-L mol-1 cm1? 3. Can you accurately calculate the concentration of a solution whose molar absorptivity is 36.2 L mol cm when the pathlength is 1.0 cm and the absorbance is 0.0 177? Why or why not? fullscreen
check_circle

Step 1

To solve this problem we can use beer’s law equation:

Step 2

b)

Concentration of the g...

### Want to see the full answer?

See Solution

#### Want to see this answer and more?

Solutions are written by subject experts who are available 24/7. Questions are typically answered within 1 hour.*

See Solution
*Response times may vary by subject and question.
Tagged in

### Chemistry 