Empirical Formula of Magnesium Oxide Lab Report

Empirical Formula of milligram Oxide - Lab Report exerciseGravimetric abstract the use of mass measurement to determine the amount of the analyte. Magnesium is a exceedingly reactive metal, which is why it should be solid (Erdey, et al., 2013). It is paramount to limit the amount of oxygen to reduce the roam of reaction (Zumdahl & DeCoste, 2013). The use of magnesium strips ensures the whole surface of the metal is exposed to oxygen. A gravimetric analysis demands a step by step of measurement of mass in the first place and after the reaction. The magnesium is weighed before the reaction and the final product after the reaction is also weighed. The weighing helps in determining the claim mass of oxygen that combines with Magnesium in the reaction. Since both Magnesium (Mg2+) and Oxygen (O2-) have a valence of 2 the reaction will go as follows.Magnesium will react with Oxygen in 11 ratio. The resulting product should be white (Zumdahl & DeCoste, 2013). Also, Magnesium will reac t with Nitrogen to produce a black substance. It is because Magnesium is a highly reactive metal. Health and Safety TipsMagnesium is highly flammable, which kernel it can easily burst into flames. Therefore, it is imperative to keep ones eye very far-off from the crucible during the experiment. In addition, Magnesium has a blinding glare when it burns, which is very harmful to the eyes. The ignition of the Magnesium can be prevented by closing the lid. The Bunsen burner will produce so much horniness during the experiment. One should keep a considerably safe distance from the Bunsen burner.