See the geometry
Graphs, level sets, gradients, tangent objects, and coordinate systems make multivariable formulas interpretable.
Worcester Polytechnic Institute · instructor of record
An introduction to multivariable calculus, with emphasis on geometric interpretation and the extension of single-variable ideas to functions of several variables.
This page consolidates representative materials across repeated offerings of the same course.
Graphs, level sets, gradients, tangent objects, and coordinate systems make multivariable formulas interpretable.
Partial derivatives and gradients are connected to local approximation and optimization.
Double and triple integrals are framed as geometric and physical accumulation.
The materials below use fixed filenames so the page remains unchanged when the PDFs are updated.
syllabus.pdf
Course structure, policies, learning objectives, grading, and schedule.
lecture_notes.pdf
A representative set of notes, worked examples, and course development.
exam_1.pdf
A representative earlier-course assessment.
exam_2.pdf
A representative later-course assessment.