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Use the following graph B-0-003x3+0-13x2-1-2x+18-6 Approximate the ave.docx
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Two compounds- A and B- were separated by gas liquid chromatography-.docx
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Two compounds, A and B, were separated by gas – liquid chromatography. The retention times are 628 s and 642 s, and the widths at half-height are 8.3 s and 9.4 s, correspondingly. Find the resolution for these two compounds. Are the peaks well resolved? Solution Answer: Resolution in HPLC is Rs=2(tR2-tR1)/(W1+W2) Where tR=retention time, W=peak width Given tR1=628 s, tR2=642 s, W1=8.3 s, W2=9.4 s, Rs=2x(642s - 628s)/(8.3s + 9.4s) Rs=1.58. The peaks are well resolved, since if  R > 1.5, then peaks are completely resolved. Here Is=1.58 > 1.5, then peaks are well resolved. Thanks and I hope you like it. Please let me know if you have any doubt. .
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Two compounds- A and B- were separated by gas liquid chromatography-.docx
- Two compounds, A and B, were separated by gas – liquid chromatography. The retention times are 628 s and 642 s, and the widths at half-height are 8.3 s and 9.4 s, correspondingly. Find the resolution for these two compounds. Are the peaks well resolved? Solution Answer: Resolution in HPLC is Rs=2(tR2-tR1)/(W1+W2) Where tR=retention time, W=peak width Given tR1=628 s, tR2=642 s, W1=8.3 s, W2=9.4 s, Rs=2x(642s - 628s)/(8.3s + 9.4s) Rs=1.58. The peaks are well resolved, since if  R > 1.5, then peaks are completely resolved. Here Is=1.58 > 1.5, then peaks are well resolved. Thanks and I hope you like it. Please let me know if you have any doubt.