Introduction to the practical aspects of chemical principles, with emphasis on quantitative measurements and analytical technique.PRE or COREQ: CHE 166

Continuation of CHE 167. Emphasis will be on inorganic preparation, ionic separation, and qualitative analysis.PRE or COREQ: CHE 168PREREQ: CHE 167

Experiments designed to illustrate the fundamental laws of chemistry. The course is equivalent one year of general chemistry laboratory. Primarily for pre-med, medical laboratory sciences and science majors.

Fundamental laws and theories of chemistry.PRE or COREQ: MAT 171 or MAT 172 or satisfaction of requirements for placement into calculus I (MAT 175).

Introduction to the practical aspects of chemical principles, with emphasis on quantitative measurements and analytical technique.PRE or COREQ: CHE 166

This course is a survey of the basic principles and laboratory techniques of chemistry. Topics covered include stoichiometry, electronic structure of atoms, chemical bonding, molecular structure, states of matter, and solutions. Recommended for science majors and students with strong chemistry backgrounds. Not open to students who have taken CHM 2100.

Fundamental principles and theories of chemistry, aspects of atomic structure and bonding, chemical calculations, states of matter, solutions. Laboratory: chemical techniques and principles.

This is the first semester of a two-semester course sequence that involves the study of chemical principles including atomic and molecular theories, molecular structure, and reactivity. The Laboratory will include experiments illustrating the chemical principles. Two terms required. Required in A.S. )Science) and A.S. (Engineering Science). Fulfills science requirements for A.A. (Liberal Arts).Note: This course satisfies Pathways Life and Physical Science and Scientific World areas.

This is the first semester of a two-semester general chemistry course-sequence. An in-depth introduction to the fundamental laws and techniques of chemistry for majors in science and engineering. Topics include: measurement; stoichiometry; the gaseous state; thermochemistry; atomic structure and chemical bonding; redox reactions; solids, liquids and intermolecular forces.

The students will analyze data and solve problems related to the principles of modern atomic theory, stoichiometry, oxidation-reduction reactions, gas laws, oxidation-reduction reactions, gas laws, thermochemistry, electromagnetic radiation and quantum theory, chemical bonding and molecular structure and properties of solutions. This course is intended for students preparing for careers in the sciences and engineering.

This course is for students majoring in Forensic Science, Cell and Molecular Biology, or Toxicology, and for students minoring in Biology or Chemistry who have a strong math and science background. Using a molecular approach, it provides a comprehensive (lecture, recitation, laboratory) first year introduction to the principles of chemistry, with topics that include modern atomic and molecular theory, basic properties and reactions of the elements and compounds, chemical quantities and aqueous reactions, the quantum mechanical model of the atom, gases, thermochemistry, periodic properties of the elements and stoichiometry, VSEPR and bond theories, all of which will be explored in greater detail in General Chemistry II. Laboratory exercises stress principles of qualitative and semi-quantitative experimentation. They will foster a better understanding of chemical principles and ensure that the necessary skills are developed to work in a scientific laboratory safely and effectively.This course has a $25.00 material fee. This course satisfies the Required Core: Life and Physical Sciences area or the Flexible Core: Scientific World area of the Gen Ed Program. For assistance in registering, contact the Sciences Dept. Note: Students who place into MAT 141 Pre-Calculus with a CAA of 90 or higher or MAT 241 Calculus I or above start the Chemistry sequence in CHE 103. Students can be taking MAT 141 or MAT 241 or higher at the same time as CHE 103. Students wishing to minor in Biology or Chemistry should see the Sciences Dept. for assistance with registration.

First of a two-semester lecture and laboratory sequence intended for science and engineering majors. Lecture topics include: atomic theory, stoichiometry of chemical reactions, types of reactions, introduction to acid-base, solubility, and reduction-oxidation chemistry, thermochemistry, quantum mechanical description of atoms, the elements and the periodic table, covalent bonding, molecular geometry, properties of real and ideal gases, liquids, and solids, and colligative properties of binary mixtures. Laboratory: An experimental approach to chemical sciences with emphasis on developing fundamental, reproducible laboratory technique and a goal of understanding achieving precision and accuracy in laboratory experiments. Proper use of laboratory equipment and standard wet chemical methods are practiced. Areas of investigations include acid-base, precipitation, and reduction-oxidation chemistry, thermochemistry, ideal gases, spectroscopy, and green chemistry. Student must complete CHM 1100 Laboratory - Initial Student Safety Instruction & Certification prior to the first laboratory meeting. See Department of Physical Sciences website Chemistry Laboratory Safety section for information.

This course is part I of a two-semester sequence covering concepts of General Chemistry. It is intended for students planning to major in science or engineering who require one year of chemistry. Among the topics studied are atomic structure, chemical bonding and reactivity, quantitative relationships in chemical reactions, thermochemistry, and gases.CUNY Pathways: Flexible Core-Scientific World OR Required Core-Life & Physical Sciences

An introduction to the basic principles and theories of chemistry including atomic theory, laws of chemical combination, periodic classification of the elements, states of matter, and kinetic molecular theory. The aim of classroom and laboratory work is to prepare the student for advanced study in chemistry

An in-depth introduction to chemistry for science and engineering students including stoichiometry calculations, atomic and molecular structure, chemical bonding, and gases. Weekly labs will reinforce and coordinate with the topics of the class.

An introduction to the principles of general chemistry. As a first semester course in a two-part series, it provides the concepts of atomic structure, nomenclature, stoichiometry, behavior of gases, chemical bonding, and geometry and types of chemical reactions.SATISFIES REQUIRED CORE- LIFE & PHYSICAL SCIENCES

This course is the first part of a two-semester sequence that provides students with a fundamental knowledge of the modern theory in general and inorganic chemistry. It covers topics that are essential to many disciplines in science and technology, and the health professions, with an emphasis on developing problem-solving skills. Topics include matter and energy; chemical nomenclature; mass relationships and stoichiometry; reactions in aqueous solutions; gas laws and kinetic molecular theory; atomic structure and quantum theory; periodicity of elements; chemical bonding and molecular structure; states of matter and intermolecular forces; properties of solutions; and colligative properties. Laboratory work provides training in common experimental methods and hands-on application of theory. The students in Honors classes will attend scientific seminars and write a short paper.

(Note: It is recommended that students have passed the New York State Regents Examinations in Chemistry or Physics with a score of 80 or higher, or have a grade of C or better in CHEM 101.3 and 101.1 before enrolling in this course.) This course is required for more advanced study in chemistry, biochemistry, and biology. It is intended for students in the physical and life sciences, science education, pre-health professional students, and pre-engineering students and is designed to provide a thorough knowledge of facts and theory in the fundamental areas of chemistry. As appropriate, topics are presented in terms of contemporary scientific issues such as global warming, energy production, and hazardous waste. The relationship between chemistry and society is discussed.