Development of the definite integral, techniques of integration, and applications of the definite integral. Modeling with differential equations. Taylor polynomials and non-Cartesian coordinate systems in two dimensions. Students who have successfully completed a first course in calculus that focused on derivatives should consider this as an appropriate next course. Meets the Critical Perspectives: Scientific Investigation of the Natural World requirement. Meets the Critical Perspectives: Quantitative Reasoning requirement. Meets the Critical Learning: FRL requirement.

Prerequisite: Mathematics 125 or Mathematics 126.

Degree requirement — Critical Learning: FRL, Critical Perspectives: I, Critical Perspectives: Q

1 unit — Garcia Puente, McDougall, Rennie, Siddoway

Offerings

Term	Block	Title	Instructor	Location	Student Limit/Available	Updated
Fall 2022	Block 1	Calculus 2	Robert Rennie	Tutt Science Building 229	25 / -1	03/26/2023
Fall 2022	Block 2	Calculus 2	Lauren Nelsen	Palmer Hall 126	25 / 1	03/26/2023
Fall 2022	Block 3	Calculus 2	Robert Rennie	Armstrong Hall 2	25 / 1	03/26/2023
Spring 2023	Block 5	Calculus 2	Luis David Garcia Puente	Tutt Science Building 223	25 / 2	03/26/2023
Spring 2023	Block 6	Calculus 2	Mike Siddoway	Tutt Science Building 101	25 / 0	03/26/2023
Spring 2023	Block 8	Calculus 2	Robert Rennie	TBA	25 / 4	03/26/2023
Fall 2023	Block 1	Calculus 2	Jane McDougall	TBA	25 / 25	03/26/2023
Fall 2023	Block 3	Calculus 2	Luis David Garcia Puente	TBA	25 / 25	03/26/2023
Fall 2023	Block 4	Calculus 2	Jane McDougall	TBA	25 / 25	03/26/2023
Spring 2024	Block 5	Calculus 2		TBA	25 / 25	03/26/2023
Spring 2024	Block 6	Calculus 2	Mike Siddoway	TBA	25 / 25	03/26/2023
Spring 2024	Block 7	Calculus 2	Robert Rennie	TBA	25 / 25	03/26/2023