The published scope—the first term of a calculus-based introductory physics sequence covering kinematics, dynamics, energy, and momentum—sets the conceptual and technical challenge.

The official format is 80-minute lecture plus an 80-minute recitation workshop, with calculus as a co-requisite; exact weekly time depends on the section.

The sequence covers the first term of a calculus-based introductory physics sequence covering kinematics, dynamics, energy, and momentum within a term, so concepts build quickly.

Official materials emphasize 80-minute lecture plus an 80-minute recitation workshop, with calculus as a co-requisite; there is no clearly documented long build-style project requirement in the source set.

The official synopsis confirms a lecture/workshop structure but does not publish a universal grading breakdown; exam intensity is therefore a conservative section-level signal.

Vectors, derivatives, force laws, energy, momentum, and quantitative modeling make formal mathematics central.

Students must retain physical quantities, laws, and linked problem-solving procedures, but the course also requires applying and interpreting them rather than only recalling labels.

The course asks students to reason about motion models, force systems, and conservation laws, moving beyond isolated facts while staying tied to physical applications.

The published preparation is 01:640:151 calculus as co-requisite and the preparation expected for an engineering/physics sequence; gaps in it are likely to increase the difficulty of the listed work.

The source set describes lecture, workshop, and instructor-provided problem materials rather than a fixed heavy-reading requirement; section materials may differ.