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Course work includes pre-recorded lectures with PowerPoint, frequent seminar sample problems, required online homework via Connect, and an associated laboratory. Learning outcomes emphasize colligative properties, reaction rates and rate laws, equilibrium concepts and constants, acid-base theory, solubility equilibria, thermodynamics, and redox processes. 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There are three in-class exams and a comprehensive final exam.",{"name":120,"@type":111,"acceptedAnswer":121},"How is grading structured for lectures and the laboratory?",{"text":122,"@type":114},"Lecture points total 750 and include a CONNECT portion, three midterms, and a final exam, while the laboratory portion totals 250. 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COURSE INFORMATION  \nCourse number/section: CHEM-1412_891 (LC 22X) Class meeting time: TR – 9 :30-10:45  \nClass location: RFEB-101  \nCourse Website:  [https://bb9.tamucc.edu](https://bb9.tamucc.edu)  \nB. INSTRUCTOR INFORMATION  \nInstructor: Dr. Cesar A. Marquez  \nOffice location: CS-206  \nOffice hours: MTWR – 11 :00-12: 15  \nTelephone: (361) 825 5701  \ne-mail:  [cesar.marquez@tamucc.edu](cesar.marquez@tamucc.edu)  \n[Appointments:](Appointments: By email)[ By email](Appointments: By email)  \nC. COURSE DESCRIPTION  \nGeneral Chemistry is the foundation course in chemistry for all science majors. This course will provide a basic understanding of chemical entities, terminologies and concepts such as nomenclature, periodic table, properties of elements , structure and bonding, and stoichiometric relationships.  \nD. PREREQUISITIES AND COREQUISITES  \nPrerequisites  \nGeneral Chemistry I (CHEM 1411)  \nCo-requisites  \nStudent Laboratory Safety Training (SMTE-0093)  \nE. REQUIRED TEXTBOOK(S) AND SUPPLIES  \nRequired Textbook(s)  \nChemistry, The Molecular Nature and Matter and Change; Silberberg, M. S. ; 9th Ed. (2021) McGraw-Hill Science/Engineering/Math; ISBN: 9781260477306  \nOnline Homework  \nYou must have the code that accompanies the text to enroll in the online homework Connect. LearnSmart and ALEKS are optional and do not provide points to your grade. You can also buy the e-version of the text and the code online. All students are required to start online work the first week of school. Regular assignments will be posted and students are required to complete the assignments on-time.  \nTechnical Support:  \nIf you need any assistance with passwords, codes , synchronization with blackboard, etc. please contact McGraw-Hill Education Customer Experience Group (CXG) at:  \n(800) [331-5094](331-5094 or www.mhhe.com/support)[ or](331-5094 or www.mhhe.com/support)[ ](331-5094 or www.mhhe.com/support)[www.mhhe.com/support](331-5094 or www.mhhe.com/support)  \nPlease be sure to get your case number for future reference if you call the CXG line. FAQs:  \n[http://www.connectstudentsuccess.com/](http://www.connectstudentsuccess.com/)  \nSupplies  \nCalculator and Periodic Table.  \nF. STUDENT LEARNING OUTCOMES AND ASSESSMENT  \nAssessment is a process used by instructors to help improve learning. Assessment is essential for effective learning because it provides feedback to both students and instructors. A critical step in this process is making clear the course’s student learning outcomes that describe what students are expected to learn tobe successful in the course. The student learning outcomes for this course are listed below. By collecting data and sharing it with students on how well they are accomplishing these learning outcomes , students can more efficiently and effectively focus on their learning efforts. This information can also help instructors identify challenging areas for students and adjust their teaching approach to facilitate learning.  \nBy the end of this course, students should be able to understand:  \n1. Colligative Properties  \n2. Factors that Affect Reaction Rates and the Rate Law  \n3. The Concept of Equilibrium  \n4. Interpreting , Working and Calculating Equilibrium Constants  \n5. Heterogeneous Equilibria  \n6. Le Chatelier's Principle  \n7. Bronsted-Lowry Acids and Bases  \n8. The Autoionization of Water  \n9. Strong/Weak Acids and Bases and the pH Scale  \n10. Relationship between Ka and Kb  \n11. Lewis Acids and Bases  \n12. The Common-Ion Effect  \n13. Solubility Equilibria  \n14. Factors that Affect Solubility  \n15. Chemical Thermodynamics  \n16. Spontaneous Process  \n17. Entropy and the Second Law of Thermodynamics  \n18. Entropy Changes in Chemical Reactions  \n19. Gibbs Free Energy  \n20. Oxidation States and Redox Reactions  \n21. Free Energy and Redox Reactions  \n22. Cell EMF Under Nonstandard Conditions  \nG. INSTRUCTIONAL METHODS ","cbCaiqFb3hc8kE3V","https://ap.wps.com/l/cbCaiqFb3hc8kE3V","pdf",187317,"English","# A. Course Information\n# B. Instructor Information\n# C. Course Description\n# D. Prerequisites and Corequisites\n# E. Required Textbook(s) and Supplies\n# F. Student Learning Outcomes and Assessment\n# G. Instructional Methods and Activities\n# H. Major Course Requirements and Grading\n# I. Course Content/Schedule","[{\"question\":\"What does General Chemistry II (CHEM-1412_891) cover at a high level?\",\"answer\":\"It focuses on core chemistry foundations, including chemical entities and terminology, nomenclature, periodic table concepts, properties of elements, structure and bonding, and stoichiometric relationships.\"},{\"question\":\"What are the required course components for students?\",\"answer\":\"Students must complete required online homework through Connect, attend mandatory lectures and seminars, and complete the associated laboratory. There are three in-class exams and a comprehensive final exam.\"},{\"question\":\"How is grading structured for lectures and the laboratory?\",\"answer\":\"Lecture points total 750 and include a CONNECT portion, three midterms, and a final exam, while the laboratory portion totals 250. The syllabus also specifies letter grades and conditions for failing due to excessive lab absences.\"}]","CHEM-1412_891 - General Chemistry II - Course Information - Spring 2022 | PDF",1790468835,18]