The solar system, the nature of electromagnetic radiation, astronomical instruments, stars, galaxies and cosmology. Field trips and lab activities. Pre/Co-requisite: PSC 1515.

This general education biology course covers basic biological concepts, concentrating on selected principles that help explain molecular biology, evolution, genetics, growth, disease, and the problems of humans in the environment. It is designed to stimulate interest in the variety of life that exists on our planet, help students recognize the factors that provide order in this variety, and involve students in the processes of inquiry, observation, and analysis of biological organization in order to give them a foundation for intelligently interpreting and evaluating biological topics. (3 hr. lecture)

The principles of modern biology, including the cell doctrine; the basic physical phenomena of life; an elementary consideration of bioenergetics and biosynthesis; reproduction; the gene concept; the mechanism and evidence for organic evolution; phylogeny; community and population ecology. Co-requisites: BSC 2010L and CHM 1045. (3 hr. lecture)

The internal aspects of homeostasis, the interdependencies of specialized tissues and organ systems in the development of multicellular organisms, transport and absorption, gas exchange, body fluid composition control, hormonal regulation, nervous integration and behavior. Prerequisites: BSC 2010, 2010L; Co-requisites: BSC 2011L and CHM 1046. (3 hr. lecture)

The structure and functions of the systems of the human body, emphasizing those aspects most pertinent to students in the nursing and allied health technology programs. Co-requisite: BSC 2085L. Special fee.(3 hr. lecture)

Structure and functions of the systems of the human body, emphasizing those aspects most pertinent to students in the nursing and allied health technology programs. Co-requisite: BSC 2086L. Special fee.(3 hr. lecture)

The identification, morphology and physiology of bacteria, protozoa, fungi, rickettsiae, and viruses, with emphasis on the effects on their activities upon human affairs. Prerequisites: BSC 2010, 2010L; Co-requisites: BSC 2011L and CHM 1033, 1033L. Special fee. (3 hr. lecture)

Elementary principles of modern chemistry, including concepts of atomic and molecular structure, chemical bonding, stoichiometry, and the properties of solutions. Required of all students who do not meet the prerequisites for CHM 1045. Pre/co-requisite: MAT1033 or acceptable score on the Algebra Placement Test. Special fee. (3 hr. lecture)

This course emphasizes chemistry topics related to the allied health sciences through study of the essentials of inorganic and organic chemistry and some biochemistry and their applications to physiological functions. Co-requisite: CHM 1033L. Special fee. (3 hr. lecture)

First half of the CHM 1045-1046 sequence for science, premedical science and engineering majors. Students in programs requiring both courses must complete the CHM 1045-1046 sequence prior to transfer to a senior institution. Major topics in modern chemistry include: stoichiometry, atomic structure, bonding, thermochemistry, acids and bases, solutions and gas laws. Prerequisite: CHM 1025 or high school chemistry with a grade of “C” or better; Co-requisites: CHM 1045L, MAC 1105. Special fee. (3 hr. lecture)

Second course in the CHM 1045-1046 sequence. Major topics in modern chemistry include: thermodynamics, kinetics, solutions equilibria including acids, bases and other ionic equilibria and electrochemistry. Prerequisite: MAC 1105, CHM 1046L with a grade of “C” or better; Co-requisite: CHM 1046L. Special fee. (3 hr. lecture)

First half of the CHM 2210-2211 sequence. Students should complete the CHM 2210- 2211 sequence before transferring to a senior institution. A study of the nomenclature, preparations, reactions and electronic and structural features of alkanes, alkenes, alkynes, alkyl halides, aromatic hydrocarbons and other organic compounds. Prerequisite: CHM 1046 with a grade of “C” or better; Co-requisite: CHM 2210L. Special fee. (3 hr. lecture)

Selected concepts and principles of earth science taken from the areas of astronomy, geology, meteorology and oceanography. (3 hr. lecture)

An introduction to fundamentals of weather and their impact on human activities. Topics include temperature, humidity, clouds, precipitation, air masses fronts, and storms. Emphasis is on understanding how these processes take place and their results. Pre/Co-requisite: PSC 1515. Optional laboratory, MET 1010L. (3 hr. lecture)

The oceans, their nature and extent. The causes and effects of waves and current; biology of sea life; geology of the sea floor, erosion and bottom deposits and related meteorological and economic effects. (3 hr. lecture)

Investigation of the natural environment using energy as a theme to demonstrate the impact of science and technology on the environment. This course introduces students to the interconnectedness of phenomena in the natural world, examines the effect of Man on his environment, promotes an increased interest in the natural world, and encourages reexamination of how Man views and subsequently interacts with the world.

Emphasizes the basic concepts and principles and their practical applications. Designed specifically for students in technical studies and for others wishing to strengthen their physics background before taking advanced courses. Prerequisite: MAT 1033 with a grade of “C”or better; Co-requisite: PHY 1004L with a grade of “C” or better. Special fee. (3 hr. lecture)

Emphasizes the basic concepts and principles and their practical applications. Designed specifically for students in technical studies and for others wishing to strengthen their physics background before taking advanced courses. Prerequisite: PHY 1004; Co-requisite: PHY 1005L. Special fee. (3 hr. lecture)

This course will help students to facilitate the transition from high school to college/university physics. The course will emphasize problem-solving techniques. Topics may include units of measure, particle mechanics, conservation laws, and basic field concepts. Prerequisite: MAC1105. (3 hr. lecture)

Foundation course for physical science and engineering majors. PHY 2048 covers classical mechanics and thermodynamics. PHY 2049 includes electricity, magnetism, waves and optics. Prerequisites: High school physics or PHY 1025, PHY 2053 or departmental approval and MAC 2311; Co-requisite: PHY 2048L. Special fee. (5 hr. lecture)

Foundation course for physical science and engineering majors. PHY 2048 covers classical mechanics and thermodynamics. PHY 2049 includes electricity, magnetism, waves and optics. Prerequisite: PHY 2048; Co-requisites: PHY 2049L and MAC 2312. Special fee. (5 hr. lecture)

An introduction to the basic principles of physics. PHY 2053 covers mechanics, sound and thermodynamics. Prerequisite: MAC 1114; Co-requisite: PHY 2053L. Special fee. (3 hr. lecture)

An introduction to the basic principles of physics. PHY 2053 covers mechanics, sound and thermodynamics. PHY 2054 includes electricity, magnetism and optics. Prerequisite: PHY 2053; Co-requisite: PHY 2054L. Special fee. (3 hr. lecture)