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Innovating Science Determination of The Empirical Formula of MGO AP CHEM

Innovation Science Determination of The Empirical Formula of MGO AP CHEM 2134313
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Item #: 2134313
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This lab illustrates the (i) law of conservation of mass and (ii) the law of constant composition.

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About This Item

Description

The quantitative stoichiometric relationships governing mass and amount will be studied using the combustion reaction of magnesium metal. Magnesium is reacted with oxygen from the air in a crucible, and the mass before and after the oxidation is measured. The resulting masses are used to calculate the experimental empirical formula of magnesium oxide, which is then compared to the theoretical empirical formula. A crucible and Bunsen burner will be used to heat magnesium metal to burning.

Features

  • Provides hands-on science learning for students
  • Easy to use kit is perfect for students and beginners
  • Ideal for classrooms, labs and home school lessons
    • Includes:

    • 1 Roll Magnesium Metal, Ribbon

    Attachments
    Safety Data Sheet
    Safety Data Sheet
    Specifications
    Maximum Age: 18+
    Maximum Grade Level: HS+
    Allergens: Contains No Allergens
    Certifications: ISO Certified
    Grade Level: Grades 6-12
    Safety: Caution Icon. No Choking Hazard
    SUOM Description: Each
    Age Range: 12+
    Brand Name: Innovating Science
    Description: Empirical Formula MgO Kit
    Innovating Science Determination of The Empirical Formula of MGO AP CHEM