Rutgers covers kinetics, equilibrium, acid-base systems, thermodynamics, and electrochemistry in one sequel course, and student discussion treats it as unforgiving if you fall behind.

The lecture-recitation structure plus repeated student advice to do lots of practice problems points to a steady outside-of-class workload.

Official syllabi move through several major quantitative units in a single term, so the course advances quickly even before the linked lab is considered.

The Rutgers description emphasizes lecture and recitation, and the student signal centers on problem practice rather than projects or build-style assignments.

Student threads repeatedly frame performance around exams and practice sets, suggesting the course feels strongly test-driven.

Equilibrium calculations, kinetics, thermodynamics, buffers, and electrochemistry make quantitative reasoning a constant part of Chem 162.

You do need formulas and recurring patterns, but both the syllabus goals and student advice emphasize application over pure recall.

The course mixes concrete calculations with conceptual models linking macroscopic, particle-level, and symbolic chemistry.

Rutgers requires Chem 161 and prior calculus readiness, and student advice consistently warns that weak earlier foundations make the sequel harder.

Available evidence points much more toward practice-heavy study than toward a large assigned reading burden.