Absorbance measurements are made on two copper (II) sulfate solutions. One is 0.20 molar and the other is 0.40 molar. The measurements are made using identical path lengths. Which solution will absorb less light? Explain your answer. 0.20 M because its lower concentration results in more light being transmitted. 0.40 M because its higher concentration results in more light being transmitted. O 0.40 M because its higher concentration results in less light being transmitted. O 0.20 M because its lower concentration results in less light being transmitted.

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Absorbance measurements are made on two copper (II) sulfate solutions. One is 0.20 molar and
the other is 0.40 molar. The measurements are made using identical path lengths. Which solution
will absorb less light? Explain your answer.
0.20 M because its lower concentration results in more light being transmitted.
0.40 M because its higher concentration results in more light being transmitted.
O 0.40 M because its higher concentration results in less light being transmitted.
O 0.20 M because its lower concentration results in less light being transmitted.
Transcribed Image Text:Absorbance measurements are made on two copper (II) sulfate solutions. One is 0.20 molar and the other is 0.40 molar. The measurements are made using identical path lengths. Which solution will absorb less light? Explain your answer. 0.20 M because its lower concentration results in more light being transmitted. 0.40 M because its higher concentration results in more light being transmitted. O 0.40 M because its higher concentration results in less light being transmitted. O 0.20 M because its lower concentration results in less light being transmitted.
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