Students will know a variety of integration techniques (including integration by parts, partial fractions, tables/CAS, and numerical integration) and use these techniques to correctly solve problems. Students will be assessed through exams and the instructor's choice of additional assessment through homework, quizzes, group work, projects, and/or presentations.

Students will know and be able to use a variety of techniques (including comparison tests, ratio test, root test, p-test, and nth-term test) to determine whether an infinite series converges or diverges. Students will be assessed through exams and the instructor's choice of additional assessment through homework, quizzes, group work, projects, and/or presentations.

Students will apply calculus techniques to parametric curves and polar coordinates. Students will be assessed through exams and the instructor's choice of additional assessment through homework, quizzes, group work, projects, and/or presentations.

Students will use the Taylor series to represent functions and solve problems. Students will be assessed through exams and the instructor's choice of additional assessment through homework, quizzes, group work, projects, and/or presentations.

Students will be able to solve problems using vector arithmetic in 2D and 3D. Students will be assessed through exams and the instructor's choice of additional assessment through homework, quizzes, group work, projects, and/or presentations.

Students will demonstrate familiarity with a computational software package such as Maple, Matlab, Maxima, Python, SageMath, Mathematica, etc. Students will be assessed through homework, quizzes, group work, projects, and/or presentations.

The course will cover the following:* Integrals and transcendental functions * Techniques of integration --integration by table and/or CAS --by parts --by partial fractions --by trigonometric substitution --by numerical approximation (trapezoid, Simpson's)* Improper integrals * Applications of integration* Calculus in conic sections and polar coordinates * Infinite sequences and series * Convergence tests * Power series (including Taylor Series) and applications * Introduction to vectors (2D and 3D)The course will incorporate additional viewpoints by presenting applications of the course material to a variety of professional fields.

Group Work/Participation 0 to 15%

Presentations/Projects 0 to 20%

Quizzes 0 to 20%

Homework 5 to 25%

Midterm Exams 20 to 70%

Final Exam 15 to 35%

Weir, Thomas' Calculus: Early Transcendentals, Current Edition, Pearson

Instructors will use a variety of teaching methods including lectures, readings, activities and projects both inside and outside of class, and technology activities that may require either the use of a laptop in class or a visit to a computer lab.

Lecture

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150 College Ave

Ephraim, Utah 84627

435.283.7000

snowcollege@snow.edu