OrgoMech — organic chemistry mechanism appOrgoMechO-Chem Reaction Predictor

Study guides by goal: final, midterm week, and arrow-pushing

Goal-based orgo study plans for U.S. students: how to study for the final, a one-week midterm schedule, and curved-arrow practice — with FAQs and links to mechanism hubs.

Further reading (external)

Open textbooks and reference sites for the same topics covered above. We link out to established science education publishers — not affiliate pages.

Questions about these study guides

What is a study guide by goal on OrgoMech’s site?
These are planning pages for specific situations — organic chemistry final, midterm week, or mechanism arrow-pushing — with checklists and links to free mechanism hubs, not generic app marketing.
How is the orgo final guide different from the midterm week guide?
The final guide assumes cumulative coverage and a 2–3 week calendar. The midterm guide is a tight seven-day schedule when you still have class and labs and only a few chapters are tested.
Can I follow these guides if I use a different textbook?
Yes. The plans are topic-based (mechanisms, stereochemistry, functional groups) and align with standard U.S. orgo sequences regardless of textbook brand.
Where do mechanism hubs fit in these study plans?
Each guide points you to relevant /learn pages for depth — for example SN1/SN2 during substitution review or carbonyls before a second-semester final.
Do I need the app to use the study guides?
No. The guides and checklists are fully readable on the web. The app is optional for mixed reaction drills between problem-set sessions.
How much time per day do the guides expect?
The midterm plan targets about 60–90 minutes of focused work per day. The final plan scales with weeks remaining but assumes consistent daily retrieval practice, not single cram sessions.
Are these guides updated for MCAT-only students?
They skew toward course exams, but mechanism arrow-pushing and final-review pacing also help MCAT orgo. Use the dedicated MCAT organic chemistry page for passage integration and AAMC-style timing.