Artificial Language
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Logical Framework
Study MaterialLogical Framework for Artificial Language
Artificial Language questions follow a fixed logical decoding process. Every question provides a few translated words or phrases from an imaginary language. Your objective is to identify the hidden mapping between English words and artificial words, decode the pattern, and translate new words correctly.
Instead of memorizing vocabulary, use a systematic comparison framework to identify common components, eliminate wrong options, and preserve the correct order of words.
| Framework Stage | Objective |
|---|---|
| Step 1 — Read Given Translations | Identify English phrases and their corresponding artificial-language words. |
| Step 2 — Find Common English Words | Locate repeated English words appearing in multiple translations. |
| Step 3 — Find Common Artificial Components | Match repeated artificial-language components with repeated English words. |
| Step 4 — Decode Individual Components | Separate each artificial word into meaningful units. |
| Step 5 — Verify Word Order | Check whether the artificial language follows the same sequence as English. |
| Step 6 — Eliminate Wrong Options | Reject options containing incorrect components or incorrect order. |
| Step 7 — Construct Final Translation | Combine decoded components to generate the required answer. |
LearnFrenzy Artificial Language Decoding Flow
Step-by-Step Logical Framework
STEP 1 — Read All Given Translations Carefully
Never start solving after reading just one translation.
Collect every translation provided in the question before identifying the pattern.
Example:
migenlasan → cupboard
lasanpoen → boardwalk
cuopdansa → pullman
Observation:
- board appears twice.
- lasan appears twice.
STEP 2 — Identify Common English Words
Repeated English words provide the strongest decoding clues.
| English Translation | Common Word |
|---|---|
| Cupboard | Board |
| Boardwalk | |
| Happy Birthday | Birthday |
| Birthday Party | |
| Poisonous Spider | Poisonous |
| Poisonous Snake |
The repeated English word must correspond to a repeated artificial-language component.
STEP 3 — Match Common Artificial Components
Compare artificial-language words character by character.
Example:
jalkamofti → happy birthday
moftihoze → birthday party
Common Component
mofti = birthday
Now decode the remaining components:
- jalka → happy
- hoze → party
STEP 4 — Decode Individual Components
Break artificial words into meaningful pieces.
| Artificial Word | Decoded Meaning |
|---|---|
| lasan | board |
| poen | walk |
| jalka | happy |
| mofti | birthday |
| agnos | spider |
Decode only components supported by more than one example.
STEP 5 — Check Word Order
Artificial language may preserve English order or reverse it.
| English Phrase | Artificial Language | Order |
|---|---|---|
| Happy Birthday | jalka + mofti | Same Order |
| Birthday Party | mofti + hoze | Same Order |
| Ball Park | larta + buk | Same Order |
| Poisonous Spider | crenia + agnos | Check Pattern |
Correct meaning + Wrong order = Wrong answer.
STEP 6 — Use Elimination Technique
After decoding two or three components, eliminate options quickly.
| Eliminate If... | Reason |
|---|---|
| Wrong component present. | Translation does not match. |
| Correct components but wrong order. | Sequence violates the pattern. |
| Missing required component. | Translation incomplete. |
| Contains unrelated decoded word. | Represents another English word. |
Example:
Need translation for "Walkway".
Known:
poen = walk
migen = cup
Reject Option:
poenmigen ❌
Contains "cup".
Cannot mean walkway.
STEP 7 — Construct the Final Translation
Now combine decoded components logically.
Known Components
- Happy = jalka
- Birthday = mofti
- Party = hoze
Required Translation
Birthday Party → moftihoze
Happy Birthday → jalkamofti
Construct words only after confirming each component.
Artificial Language Question Solving Framework
Decode Every Question Using This Framework
| Step | Reasoning Action |
|---|---|
| 1 | Read every translation provided. |
| 2 | Underline repeated English words. |
| 3 | Circle repeated artificial-language components. |
| 4 | Map repeated components with repeated meanings. |
| 5 | Decode remaining components. |
| 6 | Verify the order of components. |
| 7 | Reject options with wrong translation or wrong order. |
| 8 | Select the option matching every decoded component. |
Component Matching Strategy
| Pattern Type | Reasoning Strategy |
|---|---|
| Repeated English Word | Look for repeated artificial component. |
| Repeated Artificial Component | Identify repeated English meaning. |
| One Different Word | Decode remaining component. |
| Compound English Word | Split into meaningful parts before decoding. |
| New Translation Required | Combine previously decoded components. |
| Unknown Word Order | Verify sequence using given examples. |
Word Order Decision Framework
Does Artificial Language Follow English Order?
Compare Two Translations
Happy Birthday → Birthday Party
Common Component Appears in Same Position?
Yes → Same Order
No → Reverse or Different Pattern
LearnFrenzy Shortcut Rules
Rule #1 — Common Means Common
Repeated English words always provide the strongest decoding clue.
Rule #2 — Decode Differences
After identifying the common component, decode the remaining part immediately.
Rule #3 — Preserve Word Order
Never rearrange decoded components unless examples clearly show a different sequence.
Rule #4 — Eliminate First
Remove options containing unrelated decoded words before constructing the answer.
Common Artificial Language Patterns in Competitive Exams
| Exam Pattern | Framework to Apply |
|---|---|
| Single Word Translation | Find repeated components. |
| Two-Word Phrase Translation | Decode noun + adjective or noun + noun pattern. |
| Compound Word Translation | Split English compound words into meaningful parts. |
| Find Unknown Translation | Build using decoded components. |
| Choose Incorrect Translation | Check translation + order simultaneously. |
| Multiple Translation Questions | Create a component dictionary before solving. |
Common Mistakes to Avoid
- ❌ Assuming meanings without comparing multiple examples.
- ❌ Ignoring repeated English words.
- ❌ Ignoring repeated artificial-language components.
- ❌ Choosing an option because one component matches.
- ❌ Forgetting to verify the order of components.
- ❌ Mixing decoded meanings from different examples incorrectly.
- ❌ Treating every letter as a separate word.
- ❌ Ignoring elimination when obvious incorrect components exist.
Quick Exam Solving Framework
LearnFrenzy 8-Step Artificial Language Framework
| 1. | Read every translated example. |
| 2. | Find repeated English words. |
| 3. | Find repeated artificial-language components. |
| 4. | Map components with meanings. |
| 5. | Decode remaining components. |
| 6. | Verify word order. |
| 7. | Eliminate incorrect options. |
| 8. | Construct and verify the final translation. |
💡 LearnFrenzy Exam Formula
Compare → Decode → Verify Order → Eliminate → Translate
Use this framework for IBPS PO, SBI PO, RBI Assistant, SSC CGL, RRB NTPC, CAT, MAT, CMAT, CDS, NDA, CSAT, Insurance, and all major Competitive Reasoning Exams.