credits课程时间表

Students will investigate fundamental concepts of chemistry from a theoretical approach using basic scientific tools of measurement and problem solving. Topics include 原子结构, 命名法, 成键, 周期性的行为, 化学方程式, 酸和碱, 气体, 液体, 固体, and properties of solutions. The course is for students with little or no chemistry background and/or who wish to continue in 格瓦拉于1550年. Prerequisite/Corequisite: ENG 1510; Eligibility: college level math. J fall; C spring. Institutional Course Syllabus

Students will investigate fundamental concepts of chemistry from a theoretical approach using basic scientific tools of measurement and problem solving. Topics include 原子结构, 命名法, 成键, 周期性的行为, 化学方程式, 酸和碱, 气体, 液体, 固体, and properties of solutions. The course is for students with little or no chemistry background and/or who wish to continue in 格瓦拉于1550年. Prerequisite/Corequisite: ENG 1510; Eligibility: college level math. J fall; C spring. Institutional Course Syllabus

Students will consider selected basic concepts from in有机, 有机, and biological chemistry which will be applied to allied health and biological fields. Topics include matter and measurements, chemical bonds and reactions, 氧化还原, 物质的状态, 酸和碱, 有机官能团, and common macromolecules in biological systems. The course is for students with little or no chemistry background who are pursuing a degree in an allied health field. Prerequisite/Corequisite: ENG 1510; Eligibility: college level math (or prerequisite/corequisite MAT 0550). J fall; C fall; Online occasionally. Institutional Course Syllabus

Students will investigate fundamental concepts of chemistry from a theoretical perspective with an emphasis on problem solving. Through the laboratory students will attain and demonstrate qualitative and quantitative skills. The chemistry of elements and compounds will be studied through measurements, 原子结构, 周期性, 化学成键, 化学计量学, 反应分类, 氧化还原, 气体, 液体, 和固体. The review class is strongly recommended as an opportunity to practice problem solving, 问一些具体的问题, and to review returned quizzes and exams. Course content is designed for the science/engineering major who has already taken a chemistry course and who wishes to transfer to a four-year institution. Prerequisite: high school chemistry of 格瓦拉于1500年; Prerequisite/Corequisite: ENG 1510; Prerequisite/Corequisite: MAT 1590 or higher (or Eligibility: MAT 1600). J fall, spring; C fall. Institutional Course Syllabus

Students will investigate fundamental concepts of chemistry from a theoretical perspective with an emphasis on problem solving. Through the laboratory students will attain and demonstrate qualitative and quantitative skills. The chemistry of elements and compounds will be studied through measurements, 原子结构, 周期性, 化学成键, 化学计量学, 反应分类, 氧化还原, 气体, 液体, 和固体. The review class is strongly recommended as an opportunity to practice problem solving, 问一些具体的问题, and to review returned quizzes and exams. Course content is designed for the science/engineering major who has already taken a chemistry course and who wishes to transfer to a four-year institution. Prerequisite: high school chemistry of 格瓦拉于1500年; Prerequisite/Corequisite: ENG 1510; Prerequisite/Corequisite: MAT 1590 or higher (or Eligibility: MAT 1600). J fall, spring; C fall. Institutional Course Syllabus

Students will investigate fundamental concepts of chemistry from a theoretical perspective with an emphasis on problem solving. Through the laboratory students will attain and demonstrate qualitative and quantitative skills. The chemistry of elements and compounds will be studied through measurements, 原子结构, 周期性, 化学成键, 化学计量学, 反应分类, 氧化还原, 气体, 液体, 和固体. The review class is strongly recommended as an opportunity to practice problem solving, 问一些具体的问题, and to review returned quizzes and exams. Course content is designed for the science/engineering major who has already taken a chemistry course and who wishes to transfer to a four-year institution. Prerequisite: high school chemistry of 格瓦拉于1500年; Prerequisite/Corequisite: ENG 1510; Prerequisite/Corequisite: MAT 1590 or higher (or Eligibility: MAT 1600). J fall, spring; C fall. Institutional Course Syllabus

Students will investigate fundamental concepts of chemistry from a theoretical perspective with an emphasis on problem solving. Through the laboratory students will attain and demonstrate qualitative and quantitative skills. The chemistry of elements and compounds will be studied through measurements, 原子结构, 周期性, 化学成键, 化学计量学, 反应分类, 氧化还原, 气体, 液体, 和固体. The review class is strongly recommended as an opportunity to practice problem solving, 问一些具体的问题, and to review returned quizzes and exams. Course content is designed for the science/engineering major who has already taken a chemistry course and who wishes to transfer to a four-year institution. Prerequisite: high school chemistry of 格瓦拉于1500年; Prerequisite/Corequisite: ENG 1510; Prerequisite/Corequisite: MAT 1590 or higher (or Eligibility: MAT 1600). J fall, spring; C fall. Institutional Course Syllabus

Students will investigate fundamental concepts of chemistry from a theoretical perspective with an emphasis on problem solving. Through the laboratory students will attain and demonstrate qualitative and quantitative skills. The chemistry of elements and compounds will be studied through measurements, 原子结构, 周期性, 化学成键, 化学计量学, 反应分类, 氧化还原, 气体, 液体, 和固体. The review class is strongly recommended as an opportunity to practice problem solving, 问一些具体的问题, and to review returned quizzes and exams. Course content is designed for the science/engineering major who has already taken a chemistry course and who wishes to transfer to a four-year institution. Prerequisite: high school chemistry of 格瓦拉于1500年; Prerequisite/Corequisite: ENG 1510; Prerequisite/Corequisite: MAT 1590 or higher (or Eligibility: MAT 1600). J fall, spring; C fall. Institutional Course Syllabus

Students will apply many concepts from college chemistry to the study of 有机 molecules. Students will be able to name and draw structures, 指定的属性, 预测反应产物, synthesize and explain the reaction mechanisms for alkanes, 烯烃, 炔烃, and cyclic hydrocarbons as well as alkylhalides, 醇, 和醚. Aromatic compounds will be introduced and stereochemistry and effects of solvents will also be investigated. A broad spectrum of classical 有机 reactions will be examined in the lab using microscale techniques.前提条件:ch1560. Institutional Course Syllabus

Students will apply many concepts from college chemistry to the study of 有机 molecules. Students will be able to name and draw structures, 指定的属性, 预测反应产物, synthesize and explain the reaction mechanisms for alkanes, 烯烃, 炔烃, and cyclic hydrocarbons as well as alkylhalides, 醇, 和醚. Aromatic compounds will be introduced and stereochemistry and effects of solvents will also be investigated. A broad spectrum of classical 有机 reactions will be examined in the lab using microscale techniques.前提条件:ch1560. Institutional Course Syllabus