LSAT Prep • Logic & Reasoning • Law School Exams

LSAT Logic Games Strategy for Students Who Find Them Impossible

Logic Games trip up more LSAT students than any other section. This guide explains exactly why — and gives you a step-by-step system that makes them manageable for any student at any starting level.

👤 Curtis Siewdass

🕑 11 min read

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Quick Reference — What Is the LSAT?

LSAT stands for Law School Admission Test. It is the main entrance exam for law school in the United States, Canada, and many other countries. 3 sections: Logical Reasoning, Analytical Reasoning (Logic Games), and Reading Comprehension

Score range: 120 to 180. Most top law schools want 165+. Logic Games section: 4 games, 22–24 questions, 35 minutes. The section most students fear most.

If you have ever sat down with an LSAT Logic Games section and felt your brain grind to a complete stop, you are not alone and you are not bad at logic. Almost every student who attempts the LSAT for the first time finds Logic Games the most confusing, most time-consuming, and most demoralising section of the entire exam.

Students who are excellent at reading comprehension struggle here. Students with strong maths backgrounds struggle here. Students who consider themselves logical thinkers in everyday life sit down with a Logic Game and find themselves guessing randomly with two minutes left on the clock.

This happens for a specific reason. And once you understand the reason, the path forward becomes clear.

Logic Games are not a test of raw intelligence. They are a test of whether you have learned a specific set of skills that school never taught you. Skills that are completely learnable — with the right system.

Before explaining the system, it is worth understanding something that applies to every high-stakes exam — not just the LSAT. The reason students feel overwhelmed when they first encounter Logic Games is partly the content itself, and partly what happens to thinking when stress and time pressure combine. If you have noticed that your ability to think clearly gets worse the more urgently you need it, the post on why your focus gets worse the harder you try explains exactly what is happening in your brain — and it applies directly to how you should approach Logic Games practice.

Section 01

Why Logic Games Feel Impossible to Most Students

The honest answer is simple. Logic Games require you to do something that almost no other exam section requires: build a complete visual representation of a problem before answering any questions. Most students skip this step. They read the setup, read the rules, then dive straight into the questions trying to hold everything in their head at once.

This fails every time. Human working memory can hold roughly seven pieces of information at once. A Logic Game with six entities, five rules, and twelve questions is asking your brain to juggle far more than that simultaneously. The result is what every struggling student describes: they feel like they understand each rule individually but cannot see how they fit together when a question is asked.

The solution is to move the thinking out of your head and onto the page before you touch a single question. Every rule. Every inference. Every constraint. All of it diagrammed on paper so your working memory is freed to do what the questions actually require — logical reasoning, not memory management.

Mistake 1 — Trying to Hold Rules in Your Head Reading all five rules and then attempting to answer questions from memory overloads working memory before you have even started. Every rule must be written down in shorthand notation before you approach a single question.

Mistake 2 — Not Drawing Inferences Before the Questions The rules in a Logic Game are not independent. They interact with each other to produce additional facts called inferences — things that must be true even though the game never stated them directly. Students who do not draw inferences before starting the questions spend twice as long working them out question by question instead of once at the start.

Mistake 3 — Starting With the Hardest Game The four games in the section are not equally difficult. Most students work straight through from game one to game four. This often means spending 15 minutes on one difficult game and rushing through two easier ones. The correct strategy is to scan all four games first and sequence them by difficulty.

Section 02

The Four Types of Logic Games — Explained Simply

Before you can build a strategy, you need to recognise what type of game you are dealing with. Every Logic Game on the LSAT falls into one of four categories. Each category has a standard diagram type and a standard approach. Once you can identify the game type in the first ten seconds of reading the setup, you already know what diagram to draw and what kind of rules to expect.

Game Type	What It Looks Like	Diagram to Draw
Sequencing	Arranging people or things in a specific order. “Seven people each give a speech on a different day.”	A numbered line of slots (1 through 7). Each slot gets one entity. Rules create before/after relationships.
Grouping	Sorting entities into two or more groups. “Eight employees are assigned to either Team A or Team B.”	Columns for each group with slots for members. Rules create “together/apart” or “if X then Y” relationships.
Matching	Assigning attributes to entities. “Five houses each have a colour, a pet, and a plant.”	A grid with entities as columns and attributes as rows. Fill in confirmed facts and eliminate impossibilities.
Hybrid	Combines elements of two types. “Assign six people to three groups and then rank the groups.”	A combined diagram. Identify which component is primary (usually grouping or sequencing) and build from there.

Key Point

Sequencing games make up roughly 50% of all Logic Games. If you master one game type first, make it sequencing. The diagram is straightforward, the rules are the most predictable, and the skills transfer directly into hybrid games.

Section 03

The 5-Step System for Every Logic Game

This is the same process used by high-scoring LSAT students. It is not a shortcut — it is a discipline. Applied consistently, it reduces errors, speeds up question time, and makes the most complex games manageable. Every single game you attempt should follow these five steps in order.

1

Read the Setup — Identify the Game Type Read the opening paragraph only. Do not read the rules yet. Ask yourself: am I ordering things, grouping things, matching attributes, or a combination? Identifying the game type in the first ten seconds tells you exactly what diagram to draw before you read another word.

2

Draw Your Base Diagram Before reading a single rule, draw the skeleton of your diagram. For a sequencing game with seven positions, draw seven numbered slots. List your entities (the letters representing people or things) above the diagram. This is your workspace. Everything that happens next goes on this page, not in your head.

3

Symbolise Every Rule in Shorthand Read each rule one at a time and translate it immediately into a short notation. “A must come before B” becomes A → B. “C and D cannot be in the same group” becomes C/D (no together). Write the symbol next to your diagram. Never leave a rule in paragraph form — written language is too slow to scan when answering questions under time pressure.

4

Draw Inferences — The Most Important Step This is the step most students skip and the reason they struggle. After all rules are symbolised, look for interactions between them. If A must come before B, and B must come before C, then A must also come before C even though no rule said so. That is an inference. Write it down. If an entity appears in multiple rules, anchor it first — it is usually the most constrained and the most useful starting point. Strong inferences at this stage can answer two or three questions instantly without any additional work.

5

Answer Questions Using Your Diagram — Never From Memory Every answer you give should come from your diagram and your symbolised rules, not from what you think you remember about the game. For questions that add a new condition (“if E is placed in position 3, which of the following must be true”), draw a fresh mini-diagram for that question only. Never write hypothetical information on your main diagram — it will contaminate your work on other questions.

“The diagram is not a tool for the lazy student. It is what separates students who score in the 170s from students who score in the 150s on exactly the same games. The thinking happens on paper. That is the skill.”

Step 4 — drawing inferences — is the step that connects most directly to how memory and retrieval work under exam pressure. The work you do before the questions is essentially retrieval practice: you are building and testing your understanding of the game’s structure before the time pressure of individual questions kicks in. This is the same principle that makes active recall the most effective study technique across every subject. The guide on active recall techniques and how to use them explains the underlying science in plain terms that apply directly to LSAT preparation.

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Section 04

Question Types and How to Approach Each One

Every question in a Logic Game falls into one of a small number of predictable types. Recognising the question type before you read the answer choices tells you exactly what method to use. Students who do not recognise question types waste time applying the wrong approach to half their questions.

Question Type	How You Recognise It	Strategy
Complete and Accurate List	“Which of the following is an acceptable arrangement?”	Test each rule against the answer choices one at a time. Eliminate choices that violate each rule. Do not test all rules against one choice — test one rule against all choices.
Must Be True	“Which of the following must be true?”	Check your inferences first. If you drew strong inferences in Step 4, the answer is often already on your diagram. If not, test each choice by asking: can I build a valid arrangement where this is false? If yes, eliminate it.
Could Be True	“Which of the following could be true?”	Eliminate choices that violate any rule or inference. The correct answer is the one that is possible even if not required. Your inferences will eliminate most wrong answers quickly.
If / Suppose Questions	“If E is placed third, which of the following must be true?”	Draw a fresh mini-diagram for this question only. Add the new condition and chain through your rules to see what it forces. Never add hypothetical conditions to your main diagram.
Cannot Be True	Which of the following cannot be true?”	The correct answer violates at least one rule or inference in every possible arrangement. Check each choice against your rules. The one that creates an unavoidable rule violation is the answer.

One pattern worth noting: students who struggle most with Must Be True questions are often the same students who skipped Step 4 and drew no inferences. They are not weaker at logic — they are doing more work question by question because they did not front-load the thinking. This mirrors a broader study pattern where students spend time re-reading instead of retrieving. The article on why re-reading your notes feels productive but fails under pressure explains why effort that feels like studying often does not transfer into exam performance.

Section 05

Time Management in the Logic Games Section

You have 35 minutes for four games. That works out to roughly 8 minutes and 45 seconds per game. Students who spend 15 minutes on one difficult game are guaranteeing that they will rush or skip an easier game later. Time allocation is a skill in itself.

Game Difficulty	Target Time	What to Do
Easiest game	6–7 minutes	Do this first. Build momentum. Bank the points and the time.
Medium games (x2)	8–9 min each	Standard 5-step process. Do not rush the diagram phase — time saved here is lost triple in the questions.
Hardest game	10–12 min	Do this last. If time runs short, answer the easiest questions in this game first and guess on the rest. A strategic guess beats an abandoned question.

How to Identify the Hardest Game in 60 Seconds

Before starting any game, spend 60 seconds scanning all four setups. The hardest game tends to have: more entities than the others, more rules, a hybrid structure combining two game types, or a large number of questions (seven or more suggests complexity). Assign each game a difficulty ranking of 1 to 4 and work in order from easiest to hardest.

This sequencing strategy matters because cognitive resources are not constant across a 35-minute section. Your best thinking happens in the first half. Tackling your hardest game when your brain is freshest and your easiest game when fatigue is setting in is the wrong order entirely. This is closely related to the broader pattern of mental depletion during exam sessions — something covered in detail in the post on why you feel mentally drained before you even start studying, which explains how to protect your cognitive resources before they run out.

Section 06

How to Build Your Logic Games Skills Week by Week

Logic Games improvement is almost entirely a function of deliberate repetition with specific feedback. Students who improve the most are not the ones who do the most games — they are the ones who review every game they attempt in detail, regardless of whether they got the questions right.

Week 1–2 — Sequencing Only Do only sequencing games. Master the diagram and the rule symbols. Do one game per day timed, then review the full solution including inferences you missed. Do not move on until sequencing games feel mechanical.	Week 3–4 — Add Grouping Games Introduce grouping games alongside sequencing. The rules are different but the 5-step process is identical. Focus on conditional rules (“if X then Y”) and their contrapositive (“if not Y then not X”) — these are the core inference engine of grouping games.
Week 5–6 — Full Sections Timed Attempt full 4-game sections under strict 35-minute timing. Practise the game sequencing strategy. After each section, score yourself and review every question you got wrong, and every question you got right slowly. Speed and accuracy grow together.	Week 7+ — Targeted Weak Game Types Identify which game type still costs you the most time or accuracy. Go back to untimed drilling on that type only. Speed comes after accuracy. Do not time yourself on a game type you are still making errors on — you will build fast, incorrect habits.

The week-by-week structure above works because it spaces your practice across game types rather than massing everything at once. Doing 20 sequencing games in one day produces far less improvement than doing 4 per day across five days. This is the spaced repetition principle applied to skill development rather than fact memorisation. For a full explanation of why this spacing effect is so powerful, the post on why you forget everything after cramming covers the memory science behind it in plain language that applies directly to LSAT practice.

Section 07

What to Do When You Are Stuck on a Game During the Exam

Even well-prepared students encounter a game that resists their efforts under exam conditions. Knowing what to do in that moment is as important as knowing the 5-step process itself.

Check your diagram for errors first

If you cannot answer two or three questions in a row, the most likely cause is a misread rule, not a logic failure. Go back to the setup and re-read each rule one at a time against your symbols. A single misread rule corrupts every answer that follows it.

Answer the easiest questions in the game and skip the hard ones

Within a difficult game, some questions are always more tractable than others. The Complete and Accurate List question (if there is one) can almost always be answered quickly by testing rules against choices. Answer that one, collect that point, and make an educated guess on questions that are costing you two or more minutes each.

Move on without guilt and return if time permits

One difficult game does not define your score. Leaving a game and returning with fresh eyes after completing an easier one often unlocks the insight you could not reach under direct pressure. The retrieval pathway reopens when the urgent focus is removed. This is not giving up — it is smart exam management.

That last point — returning to a question later and finding the answer suddenly accessible — is not a coincidence. It is the same mechanism described in the article on why you suddenly stop understanding what you read while studying. Stepping away from a blocked problem is one of the most effective cognitive reset strategies available to you inside an exam hall.

The Takeaway

Logic Games Are a Learnable Skill. Here Is What to Do Next.

Every student who finds Logic Games impossible at the start can reach a level of consistent performance with the right approach and enough deliberate practice. This is one of the most thoroughly documented facts in LSAT preparation: Logic Games is the section where average students improve the most, because it responds so directly to systematic training.

The 5-step system. The game type recognition. The inference-drawing before questions. The time allocation strategy. The weekly practice structure. These are not tips — they are the components of a skill set. Build each one deliberately, in the order laid out here, and the section that once felt impossible will become the section you look forward to.

One thing that will help your Logic Games improvement compound faster is building the underlying study habits that make all exam preparation more effective. The exam preparation hub on this site covers the full range of strategies — from how to manage time across a study plan to what to do in the days immediately before a high-stakes exam. You can find it at the exam preparation resource page.

Stop trying to hold Logic Games in your head. Put everything on paper and let your diagram do the work.

The thinking happens on the page. That is the entire skill.

Recommended Reading

Pass Exams Faster — The Master System

Curtis Siewdass’s complete guide to active recall, retrieval training, and exam performance. If this article helped you understand how to approach Logic Games, the book goes deeper on the memory and retrieval techniques that underpin every high-performance exam strategy — including how to retain complex logical structures under pressure.

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About the Author

CS

Curtis Siewdass Published Author • Memory Strategist • Exam Performance Coach Curtis Siewdass writes about memory improvement, active recall, exam preparation, and smarter learning strategies designed to help students and working professionals retain information more effectively and perform better under pressure. Appearing on television, radio, and in newspapers, Curtis created Pass Exams Faster to bridge the gap between how people study and how memory actually works. Get the Pass Exams Faster book on Amazon →