Chemistry for Engineering Students

Topics

• chemical equilibrium, acid-base chemistry, carbon dioxide in water, alkalinity
• precipitation, electrochemistry, kinetics and basic organic chemistry. Laboratory
• component emphasizes techniques and methods of basic experimental chemistry.
• problem solving, analysis, and quantitative reasoning; these “transferrable skills” are
• demonstrate competence in his or her ability to
• Discipline-Specific Outcomes Transferrable-Skill Outcomes
• Describe the importance of chemistry Analyze and critically assess problems
• nature of chemistry. solve them.
• Use critical thinking skills to explain, Obtain, evaluate, and integrate
• make connections between and apply information from various sources, and
• chemical principles, laws, and theories determine its relevance.
• pertaining to atomic and molecular Work with others in an effective
• structure, thermodynamics and practical, social, and ethical manner.
• chemical equilibrium, acid-base
• chemistry, carbon dioxide in water, Prioritize a set of tasks and manage
• alkalinity, precipitation, the use of his or her time.
• electrochemistry, kinetics and basic Execute mathematical calculations
• organic chemistry. accurately.
• Evaluate and assess chemical data Communicate thoughts, ideas, and
• theories/laws.