Which alloy is more than Reactive Report Introduction: For this experimentation, our curriculum investigated the reactivity of three surfaces: atomic number 30, pig bed, and lead. We were to make a prediction of the close excited metal. To conclude whether which metal is more labile, we use the hit the sackledge of the genius displacement answer method. If a notice a castrate in the solution, I would know that a displacement reaction has taken place. This would mean that Metal (A) was more labile than metal (B) so, Metal (A) displaces metal (B). Also, we were to prepargon a sui elude method, table of results and conclusion for this experiment. Aim: The aim of the experiment was to determine which metals are more reactive than others. Hypothesis: It is predicted that atomic number 30 is the most reactive metal, as observed in the previous experiment in trying to obtain copper from copper carbonate. In the final step of the previous experiment, we were required to extend pieces of surface to a solution of copper sulfate and water. This is a displacement reaction, the alike reaction that we are using for this experiment. As zinc reacts with copper, bronzy shreds of copper started on form in the test tube, indicating that zinc has replaced copper’s place in the compound. This shows that zinc is a great deal more reactive than copper. I then use that expression to apply for this experiment.
Also, zinc is the 10th most reactive metal in the pose of reactivity of metals, while lead is seventeenth and copper is the 22nd. whence in this experiment, zinc would be the most reac tive metal, followed by lead, then copper. ! unsettleds: & bastard;Independent Variable (IV) n/a •Dependent Variable (DV) -n/a •Controlled Variables (CV) The sequence taken during each reaction Volume of solution plight in each test The number of metal strips utilise in each test QuantityMaterialFunction 9Test tubesTo rate each of the 3 solutions copper sulfate, lead acetate, and zinc sulfate...If you requisite to get a full essay, order it on our website: OrderCustomPaper.com
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