In lon Chromatography retention times and the resolution between adjacent peaks can be affected by changing the concentration of the mobile phase. In the ICS2000 instrument used here, the mobile phase is potassium hydroxide. Which ONE of the following responses best explains the effect of increasing the mobile phase concentration on the peak retention times and the resolution between adjacent peaks? As the mobile phase hydroxide concentration is increased the peak retention times decrease and the resolution between adjacent peaks decreases O As the mobile phase hydroxide concentration is increased the peak retention times increase and the resolution between adjacent peaks decreases As the mobile phase hydroxide concentration is increased the peak retention times increase and the resolution between adjacent peaks decreases O As the mobile phase hydroxide concentration is increased the peak retention times increase and the resolution between adjacent peaks increases
In lon Chromatography retention times and the resolution between adjacent peaks can be affected by changing the concentration of the mobile phase. In the ICS2000 instrument used here, the mobile phase is potassium hydroxide. Which ONE of the following responses best explains the effect of increasing the mobile phase concentration on the peak retention times and the resolution between adjacent peaks? As the mobile phase hydroxide concentration is increased the peak retention times decrease and the resolution between adjacent peaks decreases O As the mobile phase hydroxide concentration is increased the peak retention times increase and the resolution between adjacent peaks decreases As the mobile phase hydroxide concentration is increased the peak retention times increase and the resolution between adjacent peaks decreases O As the mobile phase hydroxide concentration is increased the peak retention times increase and the resolution between adjacent peaks increases
Chapter34: Miscellaneous Separation Methods
Section: Chapter Questions
Problem 34.1QAP
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![In lon Chromatography retention times and the resolution between adjacent peaks
can be affected by changing the concentration of the mobile phase. In the ICS2000
instrument used here, the mobile phase is potassium hydroxide. Which ONE of the
following responses best explains the effect of increasing the mobile phase
concentration on the peak retention times and the resolution between adjacent
peaks?
As the mobile phase hydroxide concentration is increased the peak retention
times decrease and the resolution between adjacent peaks decreases
As the mobile phase hydroxide concentration is increased the peak retention
times increase and the resolution between adjacent peaks decreases
As the mobile phase hydroxide concentration is increased the peak retention
times increase and the resolution between adjacent peaks decreases
As the mobile phase hydroxide concentration is increased the peak retention
times increase and the resolution between adjacent peaks increases](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3cad8b32-619d-4864-845f-a09702c70a62%2F1c1a8cc4-8a29-4ddb-bd46-ec0ffc58e83e%2Fhe394zl_processed.jpeg&w=3840&q=75)
Transcribed Image Text:In lon Chromatography retention times and the resolution between adjacent peaks
can be affected by changing the concentration of the mobile phase. In the ICS2000
instrument used here, the mobile phase is potassium hydroxide. Which ONE of the
following responses best explains the effect of increasing the mobile phase
concentration on the peak retention times and the resolution between adjacent
peaks?
As the mobile phase hydroxide concentration is increased the peak retention
times decrease and the resolution between adjacent peaks decreases
As the mobile phase hydroxide concentration is increased the peak retention
times increase and the resolution between adjacent peaks decreases
As the mobile phase hydroxide concentration is increased the peak retention
times increase and the resolution between adjacent peaks decreases
As the mobile phase hydroxide concentration is increased the peak retention
times increase and the resolution between adjacent peaks increases
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