Mathematics

Issues concerning static and dynamic manipulations of data and storage structures examined through experimentation. Graph and tree manipulations, searching, sorting, merging, dynamic memory allocation, algorithm analysis, classical data structures, recursion and abstract data types are covered. Advanced programming topics presented and applied. Prerequisite: CS 150. FT

Advanced programming topics are presented and applied with programming projects and exercises. Topics surveyed include: searching and sorting routines, introductory algorithm analysis, modular software design, abstract data types, recursion, I/O operations and file handling. Students will also become familiar with modular and object-oriented programming techniques. Development and maintenance of software libraries will be introduced along with various software life-cycles. Prerequisite: 150. FT

An introduction to basic techniques and modes of reasoning for discrete problem-solving. Topics include set theory, mathematical logic, mathematical induction, number theory, recurrence relations, counting, graphs and lattices. Prerequisite: MAT 103 or math placement xam results. FT

A continuation of PHY 101, covering the general topics of electricity magnetism, optics and atomic/nuclear physics. Three hours lecture; three hours lab. Prerequisite: PHY 101. NSL

The first course of a two-semester, algebra- based sequence designed primarily for students pursuing a premedical or science program. Topics include mechanics, fluids, sound and thermodynamics, with an emphasis on problem-solving and medical applications of physics. Laboratory experiments supplement and reinforce lecture topics. Three hours lecture; three hours lab. Prerequisite: MAT 110 or equivalent. NSL

Continuation of the study of the derivative and definite integral for problem-solving involving more challenging functions. Topics include techniques of integration, improper integrals, numerical approximation techniques, conics, sequences and series and polar coordinates. Prerequisite: MAT 130. NS

Review of functions and introduction to the concepts of limits, differentiation and integration. Use of the derivative and analytic geometry for sophisticated graphing of functions and relations. Application of the derivative and definite integral to the study of problem-solving techniques in the physical sciences. Prerequisite: MAT 110 or math placement exam results. NS

The continuation of General Chemistry I with emphasis on solutions, kinetics, equilibrium, acid-base chemistry, thermodynamics and electrochemistry. Laboratory work reinforces lecture topics and includes qualitative analysis. Three hours lecture; three hours lab. Prerequisites: CHM 101, MAT 103. NSL

The first semester of a two-semester sequence intended for students majoring in the sciences. Focuses on the study of atomic structure, nomenclature, stoichiometry, energy, bonding and coordination chemistry.  Laboratory work reinforces lecture topics. Three hours lecture; three hours lab. Prerequisite: Concurrent enrollment in MAT 103 or placement above MAT 103. High school chemistry or an introductory chemistry course is strongly recommended. NSL

Introduction to biochemistry, molecular cell biology and cell energetics. Genetics covered in relation to molecular mechanisms, population biology and evolutionary theory. Survey of botany, including anatomy and physiology of plants. Introduction to ecological principles, including ecosystem organization, interaction of biotic and abiotic factors and the biosphere. Three hours lecture; three hours lab. Prerequisite: BIO 101. NSL