I need help with finding the distance component moved and distance solvent moved The image depicts a series of thin-layer chromatography (TLC) plates, which are used for separating and analyzing compounds. Each plate has a fluorescent green background indicating it was observed under UV light. There are six plates in total, and each has different spots representing samples applied to the plates.### Detailed Explanation of Each Plate:1. **Plate 1 (Labeled "Chromium 2")**: - Only one prominent spot is visible near the center of the plate. - The plate is labeled as "Chromium 2," indicating that the sample may contain chromium.2. **Plate 2 (Labeled "C. G. Unit 2")**: - Multiple spots with varying intensities and positions are present. - This labeling suggests a different sample or experimental condition, possibly a mixture.3. **Plate 3 (Labeled "E. G. Unit 2")**: - Two main spots are visible, indicating the presence of different components in the sample.4. **Plate 4 (Labeled "A. Co. Unit 2")**: - Shows multiple spots, suggesting a combination of compounds in the sample.5. **Plate 5 (Labeled "N. Co. Unit 2")**: - Several distinct spots, showing separation of various components, with different retention factors (Rf values).6. **Plate 6 (Labeled "E Co Unit 2")**: - Multiple spots similar to previous plates, indicating the analysis of a compound mixture.### General Observations:- Each plate features a ruler on the left side with units marked, typically used for measuring the distance traveled by the solvent front or sample spots (Rf value calculation).- The base of each plate shows handwritten labels detailing the sample information.- The variation in spot quantity, intensity, and position indicates different constituent components and separate experimental conditions for each sample.These TLC plates are part of a method used in chemistry for preliminary qualitative analysis, providing insight into the composition of different samples. **Chromatography Analysis Table**This table is used to record data from a chromatography experiment involving four different compounds. The table consists of the following columns:1. **Lane** - Lists the order of the samples applied on the chromatographic medium. - Lane 1: Acetaminophen - Lane 2: Ibuprofen - Lane 3: Caffeine - Lane 4: Naproxen2. **Compound** - Names of the chemical compounds used in the experiment.3. **Distance Component Moved** - A space to record the distance each compound travels on the chromatography medium.4. **Distance Solvent Moved** - A space to document the distance the solvent front moved on the chromatography medium.5. **Rf (Retention factor)** - A space to calculate and list the retention factor, which is the ratio of the distance traveled by the compound to the distance traveled by the solvent front.This table serves as a guide for recording and analyzing the results of a chromatography experiment by calculating the Rf values of different compounds.

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Science

Chemistry

finding the distance component moved and distance solvent moved

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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