Learn how to study chemistry for premed courses and the MCAT using active recall, spaced repetition, and a simple daily workflow with Anki Remote, now StudyRemote.
Chemistry is one of the first major hurdles for many premed students. Unlike subjects that rely heavily on memorization, chemistry requires you to understand concepts, solve problems, recognize patterns, and retain information over time.
Trying to study everything the same way often leads to frustration and burnout.
At Anki Remote, now StudyRemote, we've helped thousands of students build more effective study habits with Anki. The key isn't studying harder—it's following a system that separates understanding, practice, and long-term retention.
If you're just beginning your premed journey, start with our guide on How to Use Anki as a Premed Student before diving into subject-specific strategies.
If you're building your long-term Anki setup, you can also compare the available StudyRemote models on our pricing page.
Why Chemistry Requires a Different Study Strategy
Biology often rewards memorization.
Chemistry doesn't.
Success comes from balancing four different skills:
- Understanding concepts
- Solving calculations
- Recognizing patterns
- Retaining formulas and reactions
Treating all four the same leads to inefficient studying.
The goal is to build a study system where each skill has its own purpose.
Step 1: Understand where formulas come from before trying to memorize them.
Start with understanding.
Use:
- Lectures
- Videos
- Class notes
The goal:
Understand the “why” behind the concept.
What this looks like:
-
Understand formulas not just memorize them
-
Focus on relationships (e.g. structure and function)
-
Slow down on difficult topics
Common mistake
Jumping staring into practice problems without understanding the concept.
Best Resources
- Lectures
- Office hours
- Textbooks
- Khan Academy
- Practice worksheets
Step 2: Practice Problems Early and Often
Chemistry is not passive.
You learn it by solving.
What to do:
- Start practicing immediately after learning
- Do multiple variations of the same problem
-
Focus on process not just answers
Why?
Chemistry exams test:
- Problem solving
- Pattern recognition
- Speed
If you're preparing for exams, this becomes even more important in your MCAT study workflow.
Focus on Process, Not Speed
Many students rush through chemistry questions.
Instead, ask yourself:
- Why did this equation work?
- Could I solve it another way?
- Which concept was being tested?
Speed improves naturally after understanding improves.
Step 3: Use Anki to Remember, Not Replace Practice
Anki still matters, not the same way as Biology.
Use Anki for:
- Reactions
- Functional groups
- Equations
- Definitions
- Laboratory concepts
Do not use Anki for:
- Multi-step calculations
- Long derivations
- Complex quantitative reasoning
Read: How to Make Better Anki MCAT Flashcards (The Anki Remote Method)
Using anki to retain key reactions and equations over time
Step 4: Focus on Patterns, Not Memorization
To simplify chemistry, view its various topics as interconnected rather than isolated.
What to do:
-
Group similar reactions
-
Recognize patterns
-
Look for repeated structures
For example:
SN1 and SN2 reactions share important similarities and differences.
Instead of memorizing each reaction separately, compare:
- Nucleophile strength
- Solvent
- Stereochemistry
- Reaction speed
Looking for patterns makes new reactions easier to understand.
Step 5: Review Mistakes Aggressively
Most improvement comes from fixing mistakes.
How?
-
Track missed question
-
Identify why you got them wrong
-
Revisit the concept
-
Reinforce with Anki if needed
Simple Rule: If you miss it twice, it becomes a priority.
Build a Mistake Journal
Create a simple notebook or spreadsheet.
Track:
- Topic
- Mistake
- Why it happened
- Correct approach
- Related Anki card
This turns mistakes into study material instead of repeated frustration.
Step 6: A Simple Daily Chemistry Study Routine
Keep your study system simple.
-
Learn new concept
-
Solve practice problems
-
Review Anki cards
-
Fix mistakes
This same structure scales into medical school study systems.
Morning
Review Anki cards.
Afternoon
Attend lecture or learn a new topic.
Evening
Solve practice problems.
Night
Review mistakes and create any new Anki cards needed.
Consistency matters more than marathon study sessions.
How This Changes During MCAT Preparation
As you transition from coursework to MCAT preparation, your study routine should shift.
Instead of learning entirely new material, spend more time reviewing high-yield topics, completing practice questions, and reinforcing concepts you've already learned with Anki.
Read: Best Anki Settings for the MCAT: Optimize Your Reviews for Better Retention
Making Long Study Sessions More Comfortable
Chemistry often involves alternating between solving practice problems and reviewing Anki flashcards.
If you're reviewing hundreds of cards each week, even small improvements to your study setup can make a difference.
StudyRemote (formerly Anki Remote) allows students to navigate Anki flashcards more comfortably during extended review sessions, helping reduce repetitive keyboard use while keeping the focus on learning.
The device isn't a replacement for a good study system—it simply makes consistent review sessions easier to maintain.
For a comparison of popular options, read: Best Anki Clicker in 2026
Final Takeaway
Success in chemistry isn't about memorizing more information—it's about studying in the right sequence.
- Understand the concept.
- Practice applying it.
- Reinforce key information with Anki.
- Review your mistakes.
- Repeat consistently.
Students who separate these stages develop stronger problem-solving skills and retain information longer than those who rely on passive studying alone.
Whether you're preparing for your next chemistry exam or building toward the MCAT, a consistent workflow will serve you far better than last-minute cramming.
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