Maximum Advance of Mobile Phase Starting Line A) Sample 1 appears to be a homogeneous sample containing the ink most soluble with the chromatography solvent. Sample 4 appears to be composed of three separate dyes in the ink and the dyes marked "F" and "G" have similar solubility with the chromatography solvent Sample 2 appears to be a homogeneous sample. Sample 3 appears to be composed of two separate dyes in the ink and they have very different solubility with the chromatography solvent.

What effect will the following have on plate height (H).  Make sure to explain your full and complete reasoning. Increasing stationary phase thickness. Reducing the rate of sample injection. Increasing mobile phase flow rate. Decreasing temperature. Reducing stationary phase particle size.

The following statements are true for any chromatographic analysis except: The analyte component interacting most strongly with the stationary phase elute faster than those with weaker interactions. On the other hand, those with least interaction with the mobile phase elute the slowest. Interactions between mobile phase-analyte - stationary phase can be both chemical and physical in nature. Chromatography is a separation technique. Electromagnetic radiation source for XPS. Gamma ray X-ray UV-Visible Infra red Radiowave The part of SEM that is responsible for the production of electrons. * Electron guns Condenser lens Secondary detector Electron beam

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