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4: Exams

  • Page ID
    408617
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    • 4.1: Exam 1
      This page covers chemistry problems focused on atomic structure, ionization, electron configurations, and molecular geometry. It includes topics such as electromagnetic emissions, ionization thresholds, quantum numbers, and paramagnetism, along with real-world applications like compound synthesis and chemical reactions. The exercises promote critical thinking through tasks like identifying limiting reagents and calculating product yields.
    • 4.2: Exam 2
      This page addresses molecular structures and properties, starting with Lewis dot structures, VSEPR geometries, and resonance in compounds such as SeOF2 and amino acids. It explores NaCl's crystalline structure, Bravais lattices, unit cells, and atomic packing.
    • 4.3: Exam 3
      This page discusses issues in materials science and chemistry, focusing on point defects in crystalline solids, atomic quantity calculations, and properties of amorphous versus crystalline materials. It explores defect formation energies, glass transition temperatures, acid dissociation, and chemical reaction kinetics.
    • 4.4: Final Exam
      This page covers a variety of topics in chemistry, including molecular orbital theory, polymer science, crystallography, and semiconductor physics. It details molecular orbital diagrams, polymer selection criteria, and the crystallographic structure of iron. The analysis of elements via X-ray emission is discussed, focusing on properties influenced by heating.


    This page titled 4: Exams is shared under a CC BY-NC-SA 4.0 license and was authored, remixed, and/or curated by Donald Sadoway (MIT OpenCourseWare) via source content that was edited to the style and standards of the LibreTexts platform.