ms such as Education, Pre-Dentistry, Pre-Medicine, . COURSES LEADING »-TO A SCIENCE DEGREE ~ NATURAL SCIENCES Biology 104 Human Biology The first semester of a course designed as a laboratory science elective for students who do not plan to take further courses in biology. Basic principles of human biology will be presented and the impact of the environment upon humans will be evaluated. . 108 Basic Introductory Biology A course designed for students who have not taken both Biology 12 and Chemistry 11. This covers the course content of Biology 110 and the background necessary for the student lacking Biology 12, Chemistry 11, or both. Upon successful completion of this course, students are qualified to’ take Biology 111. 110 Introductory Biolegy I The standard introductory biology course for students who plan to take further courses in science. Major topics will include the origin of life, cell structure and function, cell division, introductory genetics, and development. 110 SPL—Introductory Biology I A self-paced learning course eguivalent in content to Biclogy 110, open to all students but designed specifically for students who are unable to attend the Lynnmour Campus or a satellite centre ona regular basis, or who . have timetable problems. Labs will be done on the same basis as regular Biology 111 sections. SPL—Introductory Biology If A self-paced learning course, as ‘above, equivalent in content to Biology 111. a - An introductory course in general ecology, stressing biotic- environmental relationships at ecosystem level; concept of ecosystem, its components and dynamics, energy flow, nutrient cycling, biogeoclimatic zones with emphasis on British Columbia, - vegetation and analysis. ‘ 204° Ecology I. : : 213 ‘Vertibrate Zoology : A comparative survey of the major classes of vertebrates, emphasizing evolutionary trends especially in development and morphology of organ systems. Adaptive features in vertebrates are considered. The laboratory complements the lecture component with representative vertebrates being examined. oa 214 Cell Biology I - Structural Basis "An integrated study of cell structure and function as determined by electron microscopy; ultrastructure will be related to cell physiology and biochemistry. Interrelations among the various components will be discussed from an evolutionary viewpoint. ; “2290 Principles 7 Microbiology . A comprehensive treatment of introductory microbiology. The origin, basic structure, growth and metabolism of micro-organisms will be discussed. The lab provides practical experience in standard microbial techniques. Chemistry 104 Fundamentals of Chemistry A course specifically designed for non-science students who need first- year chemistry requirements for nursing, home economics and physical education, etc. A study of chemical principles; stoichiometry; oxidation-reduction, solids, liquids and gases; the chemical bond; atomic structure; chemical periodicity. 108 Basic Chemistry This course covers the material of Chemistry 110 and, in addition, provides the background necessary for a student who has not taken Chemistry 12. A student passing this course should be able to enter Chemistry 111 in the Spring. 110 Principles and Methods of Chemistry A course for students who plan careers in science. A study of stoichiometry; the gaseous state; solids; liquids; solutions; atomic structure; the periodic system; chemical bonding. 110 SPL—Principles and Methods of Chemistry A self-paced learning course equivalent in content to Chemistry 110, open to any student but designed to be of particular value to those students who are unable to attend the Lynnmour Campus, or a satellite centre, on a regular basis. 11 SPL—Principles and Methods of Chemistry A self-paced learning course equivalent in content to Chemistry iit 200 Organic Chemistry A study of nomenclature; structure; identification and spectroscopy of organic molecules, alkanes, alkenes, alkynes,-organometallic compounds, alcohols, aldehydes, ketones, ethers, acids. 204 Introduction to Physical Inorganic Chemistry A study of thermodynamics, thermochemistry, equilibrium, acids and bases, pH determinations, solubility products, quantitative inorganic analysis, chemical kinetics. Computer Science 100 Introduction to Programming in BASIC Principles of problem-solving and algorithm design; computers and their O/S; applications to problems in statistics, data processing, accounting, social sciences, entertainment; language of instruction is Extended BASIC. 103 Introduction to Programming in Pascal rinciples of problem-solving, algorithm design and computer programming; introduction to the computer and its O/S; applications to problems in science, statistics, data processing and accounting; language of instruction is Pascal. Geology 110 Physical Geology . In Physical Geology the structure and composition of the earth’s interior is deduced from indirect evidence: gravity, magnetism, leat- flow, volcanoes and earthquakes. Mathematics 009 SPL — Arithmetic A review of the basic arithmetic operations. Applications to percentage, ratio, proportions, areas and volumes. This is a self-study course primarily intended for returning students who require a basic math refresher. 010 SPL — Elementary Algebra Reviews and develops basic algebraic skills necessary in the solution of algebraic equations and the factorization of polynomials. Introduction to analytic geometry with emphasis on straight lines. The course is offered on a self-study format. O11 SPL — Intermediate Algebra with Functions This course continues the development of the algebraic skills introduced in Math 010. Inequalities; functions, exponential and logarithmic functions; systems of linear equations; analytic geometry with emphasis on the conic sections. This course is offered on a self-study format. 012 SPL — Trigonometry Introduction to the trigonometric functions, trigonometric identities; - inverses; triangles; vectors and applications. This course is offered on a self-study format. 101 Introduction to Statistics An introduction to the language of statistics and some statistical methods, including random variables and their distribution; random sampling; normal distribution, estimation of parameters and testing hypotheses. 405 Pre-Calculus Mathematics A review of algebra and a discussion of functions, graphs and trigonometry. Primarily for students who anticipate taking calculus courses or who require an Algebra 12 equivalent course. 108 Calculus for Business and Social Sciences A brief review of algebra, functions, analytic geometry. The derivative with applications to curve sketching, optimization, growth and decay. The integral with applications. 110 Calculus [ ; A brief review of functions; trigonometry, analytic geometry; the derivative, techniques of dif- ferentiation, applications of the derivative to MAX-MIN and related rate problems, the definite integral, logarithmic and exponential functions. 111 Calculus U . . Integration techniques; applications of the definite integral; polar coordinates; parametric curves; infinite sequences, series, and Taylor's Theorem, 200 Linear Albegra ; A study of vector spaces, linear transformation, matrices, determinants, eigenvalues, quadratic forms. 230 Calculus Lil Analytic geometry of three dimensions; partial differentiation, applications; double and triple integrals; transformations to various coordinate systems. 23 - Wednesday, August 7, 1985 - North Shore News Physics 108 110 14 210 220 103 222 226 Basic Physics The course covers the material of Physics 110, together with those topics from high school physics needed by a student with no — previous background in physics. General Physics I A survey of mechanics covering vectors, Statics, kinematics, dynamics, energy, Momentum, rotation, gravitation, vibration and special relativity. Fundamental Physics I A survey of mechanics, including special relativity. This course covers material similar to Physics 110 but at a more advanced level. Heat, Kinetic Theory and Optics Heat, temperature, the first and second laws of thermodynamics, kinetic theory, and physical optics. Physics Laboratory I. A weekly three-hour lab in mathematical methods, electrical measurements and optics. Mechanics I Newtonian mechanics of particles. Topics include kinematics, viscous and turbulent drag, rocket : propulsion, conservation laws, and centrifugal zad Coriolis forces. Scientific Computing Applications Technology S.C.A.T. The Department of Computirz Science offers a two-year program’ leading to a Diploma of Technology in Scientific Computing Applica- tions. This is the only program in the province that is oriented primarily to technical software development and applications. The major portion of the program is university transferable, so that students can continue their’ studies after the completion of the program without loss of credit. Introduction to Programming in ” Pascal . Introduction to programming using Pascal; general understanding of computers; principles of programm- ing; specific experience in writng and executing programs; applica- tions will stress scientific and statistical calculations as well as data processing problems. : Data Structures and Program Organization Organization of programs and their data structures; methods for modular program design, use of procedures, constructs for flow of contro}; machine level data types, programming language data types, wet programmer defined data types, ap-- plications to searching, sorting. Discrete Structures introduction to mathematical models and formal topics used in computing science; Boolean algebra; sets, functions, relations; induction and recursion, proofs; graphs, trees, applications; finite state machines. Introduction to Digital Hardware Elementary circuit theory; introduc- tio to linear and non-linear devices; logic gates; flip-flops; clocked logic; A/D and D/A conversion; interfac- ing techniques; laboratory ex- perience is these topics.