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A laboratory experiment report that deals with the concept of quantitative transfer in chemistry. It explains how to prepare solutions and perform quantitative transfer as a crucial ability in the laboratory. The experiment aims to determine whether any variables affected the quantitative transfer and how it boosts the accuracy of a solution by transferring not totally dissolved particles and not losing it. The report also highlights the importance of making sure that every component of the dispersed solute moves completely into the new container when transferring a concentrated original solution into another container for subsequent dilution.
Typology: Lab Reports
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I. Introduction We deal with mixes constantly in chemistry. A mixture is the physical blending of two or more substances while maintaining their distinct identities. It can occur in the form of solutions, suspensions, or colloids. and when solutions form, we probably transfer it from one container to another. When transferring a solution or suspension of precipitate from one vessel to another without losing any analyte, the term "quantitative transfer" or "complete transfer of an analyte" is used. The aim of this experiment is to help science learners understand how to prepare solutions and how to create quantitative transfer as a crucial ability in our laboratory. This experiment also seeks to determine whether any variables affected the quantitative transfer. II. Objectives Define the concept of quantitative transfer Apply the knowledge of preparing a solution Perform quantitative transfer III. Hypothesis HO.Quantitative transfer boosts accuracy of a solution by transferring not totally dissolved particles and not losing it IV. Materials Beam Balance Solid KMnO Distilled water Gloves Stirring rod 100 ml Volumetric flask Funnel 50 ml Beaker V. Procedure