11+ verbal reasoning is one of the subjects that surprises parents most when they first encounter it. It does not appear on the primary school curriculum, it looks nothing like the English or maths your child does in class, and yet it features in the 11+ for the majority of grammar schools in England. This guide explains what verbal reasoning tests, walks through every VR question type for the 11+ (all 21 GL types), and gives practical 11+ verbal reasoning tips plus a step-by-step preparation plan.
What is verbal reasoning?
Verbal reasoning tests a child's ability to think logically using language. It is not a test of creative writing, spelling, or literary knowledge — it is a test of pattern recognition, logical deduction, and the ability to manipulate words and letters according to rules.
The questions are almost always presented in a multiple-choice format, and children are expected to work through them quickly — typically one question every 40–50 seconds. Speed and accuracy under time pressure are therefore just as important as knowing the question types.
Because verbal reasoning is not taught in school, children who have never seen it before will find the question types confusing at first. This is entirely normal. The good news is that once a child understands the logic behind each type, improvement is rapid and consistent.
GL Assessment vs CEM: how verbal reasoning differs
Before diving into question types, it is important to know which exam format your target school uses — because this affects both what is tested and how it is presented. Kent is a major GL region: if your child is preparing for the Kent Test, all 21 GL question types may appear — work through every type in this guide systematically.
| Feature | GL Assessment | CEM |
|---|---|---|
| Paper structure | Dedicated verbal reasoning paper; types grouped clearly | VR mixed with English in a combined paper |
| Question types | Predictable GL types (A–U); large practice bank available | Subset varies year to year; less predictable mix |
| Preparation focus | Master all 21 types; timed GL-style papers | Broad reading, vocabulary, plus reasoning skills |
| Timing | Familiar format helps with pace | Switching between skills under one timer |
Regardless of format, the underlying skills are the same — so the preparation approach described in this guide applies to both. Children sitting CEM papers benefit from mastering all question types even though not all will appear, because the CEM format changes year to year and breadth of preparation provides the best insurance. Families targeting Birmingham grammar schools CEM VR preparation should prioritise vocabulary and reading speed alongside question type familiarity — the VR sections within Paper 1 reward breadth of language as much as reasoning technique.
The 21 verbal reasoning question types — fully explained
GL Assessment recognises 21 distinct verbal reasoning question types, labelled A through U. Not all appear in every paper, but a thorough preparation programme should cover all of them — especially for GL regions such as Kent. Below is every type, explained clearly, with a worked example for each.
Insert a letter
Codes
Find one letter that completes two different words when placed in the brackets. Tests spelling awareness and how letters combine to form words.
Example
hand (?) all
b / d / l / m
Answer: b (makes band and ball)
Tip: Try each option aloud — only one letter should make two real words.
Related words
Word relationships
Three words share a connection. Identify the relationship or find the word that fits the same pattern — including analogy-style links between pairs.
Example
Hot is to cold as wet is to __?
dry / damp / rain / flood
Answer: dry (opposites, like hot and cold)
Tip: Define the relationship in words first — then test each option against it.
Word–letter codes
Codes
Words are coded using numbers or letters for each position. Decode the rule from the example, then apply it to a new word.
Example
If CAT = 312 (C=3, A=1, T=20), what is DOG?
4157 / 4715 / 4571 / 415
Answer: 4157 (alphabet position for each letter)
Tip: Write the alphabet with positions on rough paper — do not count from A each time.
Letter sequences
Sequences
A series of letters follows a pattern moving forward or backward through the alphabet. Find the next letter or missing term.
Example
A, C, E, G, ?
H / I / J / K
Answer: I (skip one letter each step)
Tip: Count the gap between the last two letters — the same gap usually continues.
Word series
Sequences
A sequence of words follows a logical, alphabetical, or calendar pattern. Choose the word that continues the series correctly.
Example
Monday, Wednesday, Friday, ?
Saturday / Sunday / Tuesday / Thursday
Answer: Sunday (alternate weekdays (+2 days))
Tip: Say the rule aloud — days, size, temperature, or alphabetical order.
Word–number codes
Codes
Similar to Type C, but numbers may represent letter positions, sums, or combined rules. Work systematically from the given example only.
Example
If BED = 2154 using the stated rule, what is MAP?
depends on rule shown / 13116 / 4131 / 1134
Answer: apply the same rule (never guess — copy the method from the sample pair)
Tip: Label what each digit does before coding the new word.
Letter sums
Number & maths
Letters stand for numbers in an equation-style puzzle. Find which letter or number satisfies the relationship shown in the example.
Example
If A + B = C in the puzzle, use the worked values to find the missing symbol.
varies by question
Answer: deduce from the example (treat letters as placeholders, not words)
Tip: Translate into a simple number sentence before solving.
Move a letter
Codes
Move one letter from the first group to the second so that both become proper English words.
Example
spor (?) tring — move one letter to make two words
n / t / g / s
Answer: n (spot and ring)
Tip: Say candidate words aloud — both halves must be real words.
Letter codes
Codes
A more advanced code: letters may shift, reverse, or combine. Study the sample word and its code before answering.
Example
If FISH = GJTI (each letter +1), what is BIRD coded the same way?
CJSE / AHQB / CJQE / BJSD
Answer: CJSE (+1 to each letter)
Tip: Write the alphabet line and mark shifts — check forwards and backwards.
Reading information
Logic
A short factual paragraph is followed by logical questions. Answer only from the information given — not general knowledge.
Example
All members must book in advance. Tom is a member. Can Tom walk in without booking?
Yes / No / Cannot tell
Answer: No (only what the text states counts)
Tip: Underline key words in the passage before looking at the options.
Closest meaning (synonyms)
Word relationships
Find the word closest in meaning to the given word. Tests vocabulary breadth — the correct answer is a near-synonym, not merely a related topic.
Example
BRAVE?
timid / bold / quiet / afraid
Answer: bold (closest in meaning to brave)
Tip: Eliminate obvious opposites first — the answer is usually not the most dramatic word.
Letter pairs
Sequences
Two letters in a pair each follow their own sequence, often moving in opposite directions through the alphabet.
Example
AZ, BY, CX, ?
DW / EV / DZ / EX
Answer: DW (first letter forward, second back)
Tip: Track each letter position separately — do not treat the pair as one unit.
Three words
Word relationships
Find a single word that links or contrasts with three given words — same category, opposite, or compound partner.
Example
sleep, bed, dream — which word links them?
night / run / eat / school
Answer: night (rest and sleep context)
Tip: Try the link word in a short sentence with all three words.
Compound words
Word relationships
Form a compound word by joining two smaller words, or identify which pair from the options makes a real compound.
Example
sun + ? = a new word
flower / light / day / rain
Answer: flower (sunflower)
Tip: Say the compound aloud — if it sounds wrong, eliminate it immediately.
Missing letter
Codes
One letter is missing from a word (shown with a gap). Find the letter that completes a real English word.
Example
comp_ter
u / a / e / o
Answer: u (computer)
Tip: Try vowels first — most English words need a vowel in a long gap.
Maths as words
Number & maths
A verbal description of a calculation — translate into numbers and solve quickly under time pressure.
Example
What is the sum of three and five?
6 / 7 / 8 / 15
Answer: 8 (3 + 5)
Tip: Underline the operation word — sum, difference, product, share.
Word in the middle
Word relationships
Three words are given; one goes in the middle so the first and third are related to it in the way the question describes.
Example
hot … cold — pick the middle word that links them
and / but / temperature / ice
Answer: temperature (both relate to heat scale)
Tip: Read what relationship the question asks for — opposite, same topic, or connector.
Missing number in brackets
Number & maths
Numbers inside brackets follow a rule with the numbers outside. Find the rule from the example, then apply it to the new pair.
Example
3 [4] 7 and 5 [?] 11 — find the bracket number
5 / 6 / 7 / 8
Answer: 6 (+1 to the first number gives the second)
Tip: Test +, −, ×, ÷ on the first example before touching the new pair.
Letters in a word
Logic
Count or compare letters in words — positions, vowels, consonants, or how many smaller words can be made from the letters.
Example
How many vowels are in the word STRAIGHT?
1 / 2 / 3 / 4
Answer: 2 (A and I)
Tip: Write the word on rough paper and mark vowels — do not guess by eye.
Logical deduction
Logic
Draw conclusions from statements using always / sometimes / never logic. Ignore outside knowledge — only the premises count.
Example
All dogs bark. Rex is a dog. Does Rex bark?
Always / Sometimes / Never / Cannot tell
Answer: Always (within the puzzle logic only)
Tip: Treat the statements as absolute rules — even if you know exceptions in real life.
Opposite meaning (antonyms)
Word relationships
Find the word most opposite in meaning to the given word. A vocabulary test with a twist — trap answers are often related but not opposite.
Example
ANCIENT?
modern / broken / tiny / old
Answer: modern (true opposite of ancient)
Tip: Watch for words that look related (old) but are not true opposites.
Which question types are hardest — and why
Difficulty in verbal reasoning is not purely about intelligence. It is almost always about familiarity. A question type that looks baffling on first encounter becomes straightforward after ten minutes of focused practice on that type alone. Knowing which types cause the most difficulty helps you prioritise preparation time.
Letter codes (Type H and I) are consistently the types children find hardest initially. The combination of alphabet knowledge, number counting, and logical substitution under time pressure trips up many children who are perfectly capable once they slow down. The key is building a systematic method — writing out the alphabet, counting shifts carefully — and then drilling until it becomes automatic.
Missing number in brackets (Type R) requires children to work backwards from a result to identify a rule, then apply that rule. This is a genuinely abstract skill and takes sustained practice. The approach of systematically testing all four operations on the first example before attempting the second is learnable but needs to become a habit.
Logical deductions (Type T) and maths-as-words puzzles (Type P) are difficult for different reasons — Type T requires children to set aside real-world knowledge and reason only from the premises given. A child who knows that some dogs are quiet may struggle to accept that "Rex barks" is always true based on a premise that says all dogs bark. Type P asks children to translate word problems into calculations quickly — another trainable habit. Both are learnable with focused practice, not innate ability.
Letter pairs (Type L) with simultaneous sequences moving in opposite directions are initially confusing but become manageable quickly once children learn to track each position in the pair separately.
The most common mistakes — and how to avoid them
- Not reading the question carefully enough. The most frequent error in verbal reasoning is answering the wrong question — choosing the synonym when asked for the antonym, or identifying the wrong member of a sequence. Build the habit of re-reading the question after arriving at an answer, before marking it.
- Running out of alphabet. Many code and sequence questions require children to know where letters fall in the alphabet. Children who have not memorised position values — A=1, E=5, J=10, M=13, S=19, Z=26 — waste time counting from A every time. Memorising every fifth letter pays dividends across multiple question types.
- Leaving questions blank. Most 11+ papers do not penalise wrong answers. An educated guess is always better than a blank. If time is running short, eliminate one or two obviously wrong options and guess from the remainder.
- Getting stuck. The worst time management mistake is spending three minutes on one difficult question. Mark it, move on, and return at the end if time allows.
- Practising without reviewing. Doing question after question without understanding why wrong answers were wrong produces very little improvement. For every session, spend as long reviewing errors as you did answering questions.
How to prepare for verbal reasoning: a step-by-step plan
Month 1 — Foundation
Learn every question type cold
Work through all 21 types using a structured workbook (Bond 11+ VR is ideal). Do not time yourself yet. Focus entirely on understanding the logic of each type before moving on. Do two or three types per session.
Months 2–3 — Consolidation
Build speed on each type
Return to each type and practise under gentle time pressure — a target of 45 seconds per question is a good starting goal. Identify the two or three types where your child is slowest and give them extra sessions. Memorise alphabet positions.
Months 4–6 — Mixed practice
Practice papers with mixed types
Move to mixed practice papers that combine all question types in exam conditions. Review every error after each session. Track which types still cause difficulty and do targeted top-up sessions on those specifically.
Final 6 weeks — Exam simulation
Full timed mock papers
Sit full timed mock papers under exam conditions — desk, silence, strict timing. Aim for one full paper per week minimum. In the final two weeks, ease back slightly to avoid burnout before the exam.
Throughout — Vocabulary building
Read widely every single day
Verbal reasoning performance is anchored in vocabulary. A child who reads widely — fiction, non-fiction, newspapers — will find synonym, antonym, analogy, and cloze questions significantly easier. There is no shortcut for this.
Aim for three focused VR sessions per week in Months 1–3, then maintain at least two per week through mixed practice and mocks. Step 5 runs in parallel from the start — wide reading at home strengthens vocabulary for Types K, U, and CEM-style mixed papers.
Recommended resources for verbal reasoning
- Bond 11+ Verbal Reasoning is the most comprehensive resource available for GL preparation. The age 9–10 and 10–11 books cover all 21 question types with clear explanations and graded exercises. Start with the younger age band to build confidence before moving to the harder book.
- CGP 11+ Verbal Reasoning workbooks are well-structured and child-friendly in presentation. They work well as a second resource once Bond has been completed, providing additional variety.
- Letts 11+ Verbal Reasoning is a useful supplementary resource for additional practice on specific question types, particularly codes and sequences.
- Bond Assessment Papers (Verbal Reasoning) are the best source of timed mixed practice for GL-format candidates. Work through the 9–10 books first, then the 10–11 books as the exam approaches.
- Atom Learning is an online adaptive platform that adjusts question difficulty based on your child's performance, making it efficient at targeting gaps. It covers verbal reasoning comprehensively and provides useful progress data.
For CEM candidates, resources are more limited because the format changes annually. The Bond and CGP materials are still useful for building the underlying skills — but additional preparation should include wide reading, vocabulary work, and CEM-specific practice papers from recent years where available.
Frequently asked questions about verbal reasoning
How many verbal reasoning question types will appear in the exam?
For GL papers, typically 18–21 types appear across the full paper. The exact selection varies year to year. For CEM papers, a subset of types appears mixed within the broader English and reasoning paper — the number is not fixed.
My child has never seen verbal reasoning before. How long will it take to get up to speed?
Most children go from zero to comfortable with all question types within six to eight weeks of focused, regular practice — typically three sessions per week. Speed and accuracy under timed conditions take longer to develop, which is why starting 12 months before the exam is recommended.
Is verbal reasoning harder for children with dyslexia?
Some aspects — particularly vocabulary-dependent types like synonyms and antonyms — can be harder for children with dyslexia. Interestingly, the code types and sequence types often present less difficulty because they rely less on word recognition. If your child has dyslexia, check whether your target school offers access arrangements including extra time.
Can children improve significantly at verbal reasoning through practice?
Yes — this is one of the most well-evidenced facts about 11+ preparation. Verbal reasoning is highly practisable. The question types are finite and learnable, the approach to each can be systematised, and children who practise consistently make very significant gains.
Do I need to buy multiple different workbook series?
No. One series completed thoroughly — including revisiting wrong answers — produces better results than racing through three different series. Start with Bond, move to CGP for variety, and use timed practice papers for Phase 3. That is sufficient.