UMN CHEM 1062: Chemical Principles II (with CHEM 1066 lab)
CHEM 1062 completes UMN's general chemistry sequence with kinetics, equilibrium, acids and bases, thermodynamics, and electrochemistry, plus the co-required CHEM 1066 lab taken concurrently. It's the direct gateway to organic chemistry for pre-health and chemistry-track students.
Fennie is independent and not affiliated with University of Minnesota Twin Cities. This is an unofficial study guide.
What makes it hard
Equilibrium is the spine of the course and the acid-base unit is where it breaks people: ICE tables, buffer logic, and titration curves stack into multi-step problems where one early error cascades. The material is more conceptual than 1061's, so students who survived on calculation speed alone find the questions asking why, not just how much.
What you'll cover
- • Chemical kinetics
- • Chemical equilibrium
- • Acids, bases, and buffers
- • Titrations
- • Thermodynamics and free energy
- • Electrochemistry
The CHEM 1062 study guide
How to study for UMN CHEM 1062, step by step.
- 1
Master the equilibrium concept before the math
Everything from kinetics onward feeds the equilibrium framework, and acid-base problems are equilibrium problems wearing a costume. Get the conceptual model solid before drilling ICE tables.
- 2
Make ICE tables a clean, written ritual
Most acid-base errors are bookkeeping: a lost minus sign, a wrong initial concentration. Write the table fully every time during practice, because shortcuts learned early become exam errors later.
- 3
Work the acid-base unit harder than feels fair
Buffers and titration curves are the course's grade-deciding material. Practice identifying what's in solution at each titration stage, because that classification step is where the problems are actually won.
- 4
Connect thermodynamics back to equilibrium
Free energy and K are one story, and exams love the connection. Practice moving between ΔG, K, and reaction direction until the relationships are reflexive rather than looked-up.
- 5
Keep 1066 lab from invading exam weeks
Same discipline as 1065: pre-labs early, reports drafted right after the session. Second-semester labs get more analysis-heavy, so the time cost grows quietly.
Today
Today's CHEM 1062 plan
What a Fennie Daily Plan looks like for CHEM 1062. Yours is built from your own syllabus and adapts every day to your deadlines and progress.
First plan free, no card required. Fennie is independent and unaffiliated with your school.
FAQ
Is CHEM 1062 harder than CHEM 1061?
Most students say yes; the material is more conceptual and more cumulative. Equilibrium runs through everything, and the acid-base unit's multi-step problems punish shaky foundations in a way 1061's more self-contained units didn't.
How do I study for the acid-base unit in CHEM 1062?
Treat every problem as an equilibrium problem first: identify what's in solution, set up the ICE table fully, and only then compute. Practice titration curves stage by stage; the classification of what species dominate where is the real skill.
Do I need CHEM 1062 before organic chemistry?
Yes. CHEM 1062/1066 (or equivalent) is the standard prerequisite for CHEM 2301. Equilibrium and acid-base fluency in particular carry directly into organic's mechanism reasoning.
More UMN courses
CHEM 1061: Chemical Principles I (with CHEM 1065 lab)
CHEM 1061 is UMN's first general chemistry course, covering stoichiometry, atomic structure, bonding, thermochemistry, and gases. It's taken with the co-required CHEM 1065 lab (1 credit, registered separately but concurrently) and anchors the chemistry sequence for science, engineering, and pre-health students.
CHEM 2301: Organic Chemistry I
CHEM 2301 is UMN's first organic chemistry course: structure and bonding, stereochemistry, substitution and elimination, and the start of mechanism-based reasoning. It's the legendary pre-health filter taken by chemistry, biology, and pre-med students after the 1061/1062 sequence.