Science Electives

Introduction to biology concepts with emphasis on ecology, cellu­lar biology, reproduction and development, genetics and evolution. Lecture and laboratory.

Introduction to biology concepts with emphasis on kingdoms; taxonomy and a survey of invertebrate and vertebrate organisms; plant structures and physiology; and animal systems. Lecture and laboratory.

Prerequisites: BIO 112 – General Biology I

Basic ecology and environmental concepts, including population studies of the world and how they relate to environmental prob­lems. Lecture and laboratory.

Structure and function of the human body with emphasis on cells, tissues and all major organ systems. Anatomy and physiology are integrated at the cellular level and at the organ/system level. Lecture and laboratory.

An advanced study of anatomy and physiology. The relationship between body structure and function and homeostasis forms the basis for the course. Pathological processes that result in dysfunc­tion and disease are presented. Major topics include cell biology, histology, skin, skeletal, muscular, and nervous systems. Lecture and laboratory.

An advanced study of anatomy and physiology. The relationship between body structure and function and homeostasis forms the basis for the course. Pathological processes that result in dys­function and disease are presented. Major topics include diges­tive, endocrine, cardiovascular, lymphatic, respiratory, immune, blood, metabolism, reproduction, urinary, fluid, electrolyte, and acid-base balance. Lecture and laboratory.

General microbiology designed for the science major and nurs­ing students. Emphasis on morphology, physiology, microbial genetics, immunology, pathology, epidemiology, and laboratory techniques. Lecture and laboratory.

Prerequisites: BIO 105 – Introductory Biology, BIO 112 – General Biology I, BIO 163 – Essentials of Anatomy & Physiology, BIO 168 – Human Anatomy & Physiology I,  AGV 118 – Animal Anatomy & Physiology I or higher.

The first of two general survey courses introducing the student to general, organic and biological chemistry. Topics covered are chemical calculations, atomic structure, nuclear chemistry, periodic relations, gas laws, solid state, solutions, and acids and bases. Lecture and laboratory.

Continuation of CHM 151. Covers kinetics and equilibrium of chemical reactions as well as acid-base theory. Hydrocarbon naming and reactions are also covered, including alcohols, car­bohydrates, amines, acids, acid derivatives, lipids, amino acids, nucleic acids and proteins, SNA, RNA and metabolism. Lecture and laboratory.

Prerequisites: CHM 151 – College Chemistry I

The properties of matter in terms of modern chemical principles. The topics covered are measurements, stoichiometry, atomic structure, chemical reactions, periodic relationships, gas laws, thermochemistry, quantum theory, solutions and equilibrium and inter-and intra-molecular forces. Problem solving in each of the areas is included. Lecture and laboratory.

Prerequisites: High school chemistry and mathematics

This course is an introduction to organic chemistry, and covers: acids and bases, oxidation/reduction, solubility products, and nuclear chemistry, kinetics, equilibrium, thermodynamics, electrochemistry, coordination complexes, qualitative analysis. Problem solving in each of the areas is included. Microscale and semi-microscale labs are also included.

Prerequisites: CHM 166 – General Chemistry I

This course covers the basics of chemistry as it relates to the forensic lab. In the course we will cover the basics of evidence collection, clues at the atomic level, and the basics of chemical evidence including DNA evidence. Also covered will be the use of chemistry in explosives, arson investigations, poisoning, and estimating time of death of a victim. Lecture and laboratory.

A survey of the basic concepts of astronomy and physics, recom­mended for students who have not had high school physics. Lecture, demonstration and laboratory.

Introduction to meteorological concepts with emphasis on the characteristics and composition of the atmosphere, weather observations, atmospheric stability and circulation, atmospheric storms, climatology and meteorological applications. Lecture and laboratory.

Surveys the basic concepts of chemistry, geology and meteorol­ogy. This course is recommended for students who have not had high school chemistry. Lecture, demonstrations and laboratory.

Demonstrations, lectures, recitations and laboratory work begin­ning a two semester sequence covering the subject. Mechanics is primarily covered during the first semester. Recommended for pre-medical, dental, pharmacy and for liberal arts student inter­ested in the sciences.

Prerequisites: An elementary understanding of algebra, trigonometry and geometry from high school

Continuation of PHY 162. Thermodynamics, electricity and magnetism are covered in this semester. Lecture and laboratory.

Prerequisites: PHY 162 – College Physics I

Demonstrations, lectures recitations and laboratory work begin­ning a two-semester sequence covering the subject. Mechanics is primarily covered in the first semester. Recommended for those planning to major in engineering, physics, chemistry and math­ematics.

Prerequisites: Concurrent enrollment or previous course in calculus

Continuation of PHY 212. Thermodynamics and electricity and magnetism are covered in this course. Lecture and laboratory.

Prerequisites: PHY 212 – Classical Physics I