Question 1

Artificial language translation puzzle: using the mappings (gorblflur = fan belt, pixngorbl = ceiling fan, arthtusl = tile roof), determine which option means 'ceiling tile' by recombining morphemes

Accepted Answer

Given data gorblflur = fan belt pixngorbl = ceiling fan arthtusl = tile roof Goal: 'ceiling tile' Concept/Approach (why this method) Extract consistent morphemes: identify parts that repeat across phrases to map English words to the constructed language, then recombine in the requested order. Step-by-Step decoding 1) From fan belt (gorblflur) and ceiling fan (pixngorbl), the common piece gorbl = fan; thus pixn = ceiling, flur = belt.2) From tile roof (arthtusl), deduce arth = tile and tusl = roof.3) Combine 'ceiling' + 'tile' ⇒ pixn + arth = pixnarth. Verification/Alternative Check order: examples place modifiers in the same left-to-right order as English (e.g., tile roof → arthtusl). So ceiling tile → pixnarth is consistent. Common pitfalls Confusing gorbl (fan) with flur (belt). Reversing word order. Final Answer pixnarth

Question 2

Constructed-language recombination: from hapllesh = cloudburst, srenchoch = pinball, resbosrench = ninepin, identify the correct compound for 'cloud nine'

Accepted Answer

Given data hapllesh = cloudburst ⇒ hapl = cloud, lesh = burst. srenchoch = pinball ⇒ srench = pin, och = ball. resbosrench = ninepin ⇒ resbo = nine, srench = pin. Goal: 'cloud nine'. Concept/Approach (why this method) Map recurring segments to meanings and keep the constituent order consistent with examples (e.g., ninepin → resbo + srench). Step-by-Step decoding 1) Identify morphemes: hapl=cloud, resbo=nine.2) Form the phrase in the same order as English compounds: 'cloud nine' ⇒ hapl + resbo.3) Result: haplresbo. Verification/Alternative Consistency check: ninepin (resbosrench) places 'nine' before 'pin'; cloudburst (hapllesh) places 'cloud' before 'burst'. Our ordering matches that convention. Common pitfalls Choosing haploch (cloud + ball) which means 'cloud ball', not 'cloud nine'. Reversing components to resbohapl ('nine cloud'). Final Answer haplresbo

Question 3

Decoding artificial lexicon: using agnoscrenia = poisonous spider, delanocrenia = poisonous snake, agnosdeery = brown spider, select the term for 'black widow spider' following noun+adjective formation

Accepted Answer

Given data agnoscrenia = poisonous spider ⇒ agnos = spider, crenia = poisonous. delanocrenia = poisonous snake ⇒ delano = snake, crenia = poisonous. agnosdeery = brown spider ⇒ deery = brown. Formation pattern: noun + adjective (e.g., spider+poisonous, spider+brown). Concept/Approach (why this method) Identify the consistent morphemes and preserve the observed ordering (noun followed by modifier). Unknown adjectives for 'black widow' must therefore follow the noun for spider. Step-by-Step reasoning 1) The noun for spider is agnos.2) Options that respect noun+adjective order and contain agnos at the start are candidates.3) agnosvitriblunin fits the structure (spider + [descriptor]);4) trymuttiagnos reverses the order (adjective + spider) and so conflicts with the pattern.5) agnosdelano mixes spider and snake, which is semantically wrong; others do not fit known morphemes. Verification/Alternative Cross-check with given compounds: all use agnos first for spider, then color/quality. The selected option follows this exactly. Common pitfalls Ignoring consistent word order in the artificial language. Choosing parts that encode a different animal (e.g., snake = delano). Final Answer agnosvitriblunin

Question 4

Artificial language morphology: from moolokarn = blue sky, wilkospadi = bicycle race, moolowilko = blue bicycle, identify the correct compound for 'racecar'

Accepted Answer

Given data moolo = blue (shared in moolokarn, moolowilko). wilko = bicycle (from moolowilko). spadi = race (from wilkospadi). Goal: 'racecar' ⇒ need morphemes for race + car. Concept/Approach (why this method) Decompose known words to isolate recurring roots, then pair the required roots in the same order used in the dataset (modifier after noun or as compound head). Step-by-Step decoding 1) We already have spadi = race.2) The new morpheme for car plausibly appears as volo in options (parallel to wilko=bicycle).3) Combine to form 'racecar' ⇒ spadi + volo = spadivolo.4) Reject spadiwilko (means bicyclerace), others contain unrelated roots. Verification/Alternative Pattern check: compounds keep simple concatenation (e.g., wilkospadi). Our choice mirrors that construction. Common pitfalls Reusing wilko (bicycle) when the target vehicle is a car. Final Answer spadivolo

Question 5

Constructed-language mapping: given migenlasan = cupboard, lasanpoen = boardwalk, cuopdansa = pullman, determine which option encodes 'walkway' by isolating the morpheme for 'walk'

Accepted Answer

Given data migenlasan = cupboard. lasanpoen = boardwalk. cuopdansa = pullman. Goal: 'walkway'. Concept/Approach (why this method) Find common segments: lasan appears in cupboard and boardwalk, naturally mapping to 'board'. Then infer the remaining part in boardwalk (poen) as 'walk'. Combine 'walk' with a plausible morpheme for 'way'. Step-by-Step decoding 1) From lasanpoen (boardwalk), map lasan = board.2) Therefore, poen = walk.3) A reasonable encoding for 'way' in options is forc (unused elsewhere and placed as a head or suffix).4) Compose 'walkway' as poen + forc ⇒ poenforc. Verification/Alternative Check patterns: Compounds are formed by direct concatenation. poenmigen would mean walk+cup, not 'walkway'; lasandansa mixes board with an unrelated morpheme. Common pitfalls Assuming 'lasan' means walk (it appears in cupboard, contradicting that). Final Answer poenforc

Question 6

Artificial-language recombination with semantic consistency: from godabim = kidney stones, romzbim = kidney beans, romzbako = wax beans, choose the correct encoding for 'wax statue'

Accepted Answer

Given data godabim = kidney stones ⇒ bim = kidney; goda = stones. romzbim = kidney beans ⇒ romz = beans. romzbako = wax beans ⇒ bako = wax. Goal: 'wax statue' ⇒ [statue] + [wax] following observed order. Concept/Approach (why this method) Note the construction pattern: compounds appear as noun + modifier (e.g., beans + wax; beans + kidney). Hence 'wax statue' should be statue + wax. Step-by-Step decoding 1) From examples, adopt bako = wax.2) Identify an option of the form [unknown 'statue'] + bako.3) wasibako matches this structure; others either lack bako or place unrelated morphemes first.4) Therefore, choose wasibako as 'wax statue'. Verification/Alternative Parallelism: romzbako (beans + wax) mirrors wasibako (statue + wax). This symmetry supports the mapping. Common pitfalls Selecting terms containing romz (beans), which changes the head noun. Final Answer wasibako

Question 7

Constructed-language composition: using granamelke = big tree, pinimelke = little tree, melkehoon = tree house, determine the correct term for 'big house'

Accepted Answer

Given data grana = big (from big tree). pini = little (from little tree). melke = tree; hoon = house (from tree house). Goal: 'big house'. Concept/Approach (why this method) Keep observed order: adjective precedes the noun (grana + melke = big tree). So for 'big house', concatenate grana + hoon. Step-by-Step decoding 1) Extract adjective: grana = big.2) Noun for 'house': hoon.3) Combine ⇒ granahoon. Verification/Alternative Compare: pinimelke (little tree) uses the same adjective+noun ordering. Our construction mirrors that. Common pitfalls Placing adjective after noun (e.g., hoongrana), which contradicts given examples. Final Answer granahoon

Question 8

Artificial-language suffix analysis: from daftafoni = advisement, imodafta = misadvise, imolokti = misconduct, infer the morpheme for '-ment' and select the encoding for 'statement'

Accepted Answer

Given data dafta appears in daftafoni (advisement) and imodafta (misadvise) ⇒ dafta = advise. imo appears in imodafta (misadvise) and imolokti (misconduct) ⇒ imo = mis-. lokti = conduct (from misconduct). foni pairs with a verb root to form a noun in -ment (advisement) ⇒ foni = -ment. Goal: 'statement' = state + -ment. Concept/Approach (why this method) Identify the derivational suffix (foni) and swap in the appropriate verb root for 'state' (unknown root appears as krata in options). Step-by-Step decoding 1) Choose a candidate root for 'state': krata (by elimination among options).2) Attach the -ment suffix: krata + foni ⇒ kratafoni.3) Reject loktifoni (conductment), kratadafta (state+advise), and daftaimo (advise+mis). Verification/Alternative Pattern check: dafta + foni (advisement) parallels krata + foni (statement). Common pitfalls Misreading imo (mis-) as a general nominalizer; it is a prefix marking negation/mis-. Final Answer kratafoni

Question 9

Artificial language decoding for vocabulary mapping: using ‘‘lelibroon = yellow hat’’, ‘‘plekafroti = flower garden’’, and ‘‘frotimix = garden salad’’, determine which constructed word best represents ‘‘yellow flower’’ from the given options.

Accepted Answer

We decode consistent morpheme parts and recombine them to express the requested meaning. Given data lelibroon = yellow hat ⇒ 'leli' = yellow, 'broon' = hatplekafroti = flower garden ⇒ 'pleka' = flower, 'froti' = gardenfrotimix = garden salad ⇒ 'mix' = salad Concept/Approach Extract morphemes (yellow = leli, flower = pleka) and form the compound in the same left-to-right order as in the examples: attribute before noun. Step-by-Step calculation 1) Identify 'yellow' → leli, and 'flower' → pleka.2) Combine: 'yellow flower' → leli + pleka = lelipleka.3) Check options: 'lelipleka' is present and matches exactly. Verification/Alternative Cross-check other options: 'lelifroti' = yellow garden; 'plekabroon' = flower hat; 'frotibroon' = garden hat — all incorrect. Common pitfalls Swapping order (noun–adjective) or misassigning morphemes (e.g., using 'froti' instead of 'pleka'). Final Answer lelipleka

Question 10

Constructed-language reasoning puzzle: using ‘‘myncabel = saddle horse’’, ‘‘conowir = trail ride’’, and ‘‘cabelalma = horse blanket’’, identify which option means ‘‘horse ride’’ by composing the correct morphemes.

Accepted Answer

Map morphemes consistently across the examples, then combine for the target phrase. Given data myncabel = saddle horse ⇒ 'cabel' = horseconowir = trail ride ⇒ 'wir' = ridecabelalma = horse blanket ⇒ confirms 'cabel' = horse Concept/Approach Pick 'horse' + 'ride' → 'cabel' + 'wir' to form the requested meaning. Step-by-Step calculation 1) 'horse' → cabel.2) 'ride' → wir.3) Combine: cabel + wir = cabelwir. Verification/Alternative Other options decode as: 'conocabel' (trail horse), 'almamyn' (blanket saddle/unknown), 'conoalma' (trail blanket) — none match. Common pitfalls Reversing order or confusing 'cono' (trail) with 'wir' (ride). Final Answer cabelwir

Question 11

Decode the artificial lexicon: given ‘‘dionot = oak tree’’, ‘‘blyonot = oak leaf’’, and ‘‘blycrin = maple leaf’’, determine which choice expresses ‘‘maple syrup’’ by isolating the morpheme for maple and pairing it with syrup.

Accepted Answer

We infer repeated stems and attach an appropriate second morpheme for 'syrup'. Given data 'not' appears in 'dionot' (oak tree) and 'blyonot' (oak leaf) → 'not' relates to oak.'bly' (leaf) since blyonot (oak leaf) and blycrin (maple leaf) share 'bly' with differing species stems.Therefore 'crin' = maple (from blycrin = maple leaf). Concept/Approach Select an option beginning with 'crin' (maple) and pair with a plausible morpheme for 'syrup'. Step-by-Step calculation 1) 'maple' → crin.2) Among choices, only 'crinweel' starts with 'crin'.3) Infer 'weel' as 'syrup' by elimination and pattern logic. Verification/Alternative 'blymuth' would read 'leaf–(unknown)', 'hupponot' contains 'not' (oak), 'patricrin' ends with maple but lacks a known 'syrup' element — the best match is 'crinweel'. Common pitfalls Mistaking the 'oak' stem 'not' for maple, or assuming 'bly' = tree rather than 'leaf'. Final Answer crinweel

Question 12

Morpheme-combination logic: with ‘‘tamceno = sky blue’’, ‘‘cenorax = blue cheese’’, and ‘‘aplmitl = star bright’’, select the composite that correctly denotes ‘‘bright sky’’ while preserving order and stems.

Accepted Answer

Extract the stems and recombine to match the target description. Given data 'tam' = sky (from tamceno)'ceno' = blue (from tamceno, cenorax)'rax' = cheese (from cenorax)'mitl' = bright (from aplmitl) Concept/Approach Compose 'bright sky' as 'mitl' + 'tam', keeping attribute-before-noun or head arrangement consistent with examples. Step-by-Step calculation 1) 'bright' → mitl; 'sky' → tam.2) Combine: mitl + tam = mitltam. Verification/Alternative Check others: 'cenotam' = blue sky; 'raxmitl' = cheese bright; 'aplceno' = star blue — all mismatched. Common pitfalls Reversing components or confusing 'ceno' (blue) with 'mitl' (bright). Final Answer mitltam

Question 13

Artificial language decoding – compose the phrase for “fair weather” Given translations: • gemolinea = fair warning • gerimitu = report card • gilageri = weather report Which option means “fair weather”?

Accepted Answer

Introduction / Context: This problem uses an “artificial language” to test pattern recognition and morpheme mapping. By comparing shared parts across paired translations, you can deduce which chunks mean “fair,” “weather,” “report,” “card,” and “warning.” Given Data / Assumptions: gemolinea = fair warning gerimitu = report card gilageri = weather report Word order appears to be modifier–head or simply concatenation of morphemes. Concept / Approach: Find recurring pieces and align English overlaps. “report” appears in two phrases: report card and weather report. The shared morpheme across gerimitu and gilageri is “geri,” so map “geri” → report. Then extract the remaining parts: “gila” from weather report → weather; “mintu/mitu” (here “mitu”) from report card → card. From “gemolinea = fair warning,” the part for “fair” is “gemo” and for “warning” is “linea.” Step-by-Step Solution: Map “geri” → report (common in two phrases).In “gilageri,” leftover “gila” → weather.In “gerimitu,” leftover “mitu” → card.In “gemolinea,” likely split to “gemo” (fair) + “linea” (warning).Compose “fair weather” → gemo + gila = gemogila. Verification / Alternative check: Check consistency: recombine mapped morphemes to reconstruct the originals; each matches the given translations, so the mapping is coherent. Why Other Options Are Wrong: gerigeme: contains “geri” (report), which is not part of “fair weather.”gemomitu: uses “mitu” (card), not needed.gerimita: mixes “report” again; incorrect.gilamitu: mixes “weather” with “card.” Common Pitfalls: Ignoring recurring morphemes or assuming English word order must match exactly. Final Answer: gemogila

Question 14

Artificial language morphology – identify the form that means “playing” Given translations: • slar = jump • slary = jumping • slarend = jumped Which option means “playing”?

Accepted Answer

Introduction / Context: This item tests your ability to infer affixes that indicate tense or aspect in an artificial language. From the examples, we can deduce endings for “-ing” and “-ed,” then apply them to a new root. Given Data / Assumptions: slar = jump (base form) slary = jumping (progressive/participle) slarend = jumped (past) We seek “playing,” which is the progressive/continuous form of the root “play”. Concept / Approach: Compare forms to isolate affixes. The progressive “-ing” is represented by the suffix “-y” (slar → slary). The past “-ed” is represented by the suffix “-end.” Therefore, to express “playing,” attach “-y” to the base for play (assumed root “clarg”). Step-by-Step Solution: Identify suffix for “-ing”: slar → slary gives -y.Identify suffix for “-ed”: slar → slarend gives -end.Form “playing”: clarg + y = clargy.Eliminate distractors: forms with -end mean past; others combine unrelated roots. Verification / Alternative check: Apply pattern to other hypothetical roots; adding -y consistently yields the progressive meaning. Why Other Options Are Wrong: clargslarend: compound with “jumped”; not “playing.”ellaclarg: no -y ending; base only or different structure.slarmont: uses the “jump” root; not “play.”clargend: past tense “played,” not “playing.” Common Pitfalls: Confusing the past (-end) with the progressive (-y). Final Answer: clargy

Question 15

Artificial language mapping – form the word for “happiness” Given translations: • jalkamofti = happy birthday • moftihoze = birthday party • mentogunn = goodness Which option means “happiness”?

Accepted Answer

Introduction / Context: By aligning recurring morphemes across phrases, we can discover the pieces for “happy,” “birthday,” “party,” “good,” and the abstract noun suffix “-ness,” then recombine the correct ones to form “happiness.” Given Data / Assumptions: jalkamofti = happy birthday moftihoze = birthday party mentogunn = goodness Concept / Approach: “Birthday” appears in two phrases; the shared morpheme is “mofti,” so mofti → birthday. Then “hoze” must be party. In “mentogunn = goodness,” split as mento → good and gunn → -ness. In “jalkamofti,” the remaining part “jalka” maps to happy. Therefore “happiness” = happy + -ness = jalka + gunn. Step-by-Step Solution: Map mofti → birthday (common element in two phrases).Map hoze → party (paired with birthday in one phrase).Map mento → good; gunn → -ness (from goodness).Map jalka → happy (from happy birthday).Compose happiness = jalka + gunn → jalkagunn. Verification / Alternative check: Reconstruct given phrases with mappings to check internal consistency; all align with the translations. Why Other Options Are Wrong: mentohoze: good + party; meaning “good party,” not happiness.moftihoze: birthday party; given.hozemento: party + good; still not happiness.gunnajalka: reverses order; the language examples place the base before the suffix. Common Pitfalls: Misidentifying the abstract noun suffix gunn as a stand-alone word; ignoring order patterns. Final Answer: jalkagunn

Question 16

Artificial language mapping – build the term for “cupcake” Given translations: • plekapaki = fruitcake • pakishillen = cakewalk • treftalan = buttercup Which option means “cupcake”?

Accepted Answer

Introduction / Context: You are given three compound words in an artificial language and their English meanings. By isolating recurring parts, you can map morphemes like “cake,” “walk,” “fruit,” “butter,” and “cup,” then recombine to form “cupcake.” Given Data / Assumptions: plekapaki = fruitcake pakishillen = cakewalk treftalan = buttercup Concept / Approach: “paki” appears in both plekapaki and pakishillen where the English includes “cake,” so map paki → cake. In “treftalan = buttercup,” align treft → butter and alan → cup. Then “cupcake” = alan + paki. Step-by-Step Solution: Identify paki → cake (common to fruitcake and cakewalk).Identify shillen → walk (from cakewalk).Identify pleka → fruit (from fruitcake).Identify treft → butter and alan → cup (from buttercup).Compose cupcake = alan + paki → alanpaki. Verification / Alternative check: Recombine morphemes to recreate given examples; mapping is consistent across all three. Why Other Options Are Wrong: shillenalan: walk + cup; incorrect.treftpleka: butter + fruit; unrelated.pakitreft: cake + butter; “buttercake,” not cupcake.pakialan: cake + cup; reversed order from the pattern used for compounds in the data. Common Pitfalls: Ignoring word order seen in the examples; mixing up morpheme meanings like paki (cake) and alan (cup). Final Answer: alanpaki

Question 17

Artificial language decoding — select the word that could mean “apple juice”  Given translations: • malgauper = peach cobbler • malgaport = peach juice • moggagrop = apple jelly Which constructed word could stand for “apple juice”?

Accepted Answer

Introduction / Context: This verbal reasoning item asks you to infer morpheme meanings from an artificial language and then recombine them to form the requested English phrase. Such questions test pattern recognition, analogy, and careful elimination rather than real-world vocabulary knowledge. Given Data / Assumptions: malgauper = peach cobbler malgaport = peach juice moggagrop = apple jelly Each composite seems to be formed by a root for the fruit plus a root for the product (dessert, juice, jelly). Concept / Approach: The method is to map consistent subparts (morphemes) across pairs. Comparing the first two phrases, the shared part is “malga–”, which must map to “peach”. The differing parts “–uper” and “–port” must map to “cobbler” and “juice” respectively. Next, use “moggagrop” to learn that “mogga–” means “apple” and “–grop” means “jelly”. Having mapped the morphemes, build “apple juice” by pairing the “apple” stem with the “juice” stem. Step-by-Step Solution: Identify fruit morphemes: “malga–” = peach (from both peach phrases).Identify product morphemes: “–port” = juice (from “peach juice”); “–uper” = cobbler; “–grop” = jelly.Identify the apple morpheme: “mogga–” = apple (from “apple jelly”).Compose “apple juice”: concatenate apple stem + juice stem = “mogga” + “port” → “moggaport”. Verification / Alternative check: Why Other Options Are Wrong: malgaauper: uses “malga–” (peach) and “–uper” (cobbler) → “peach cobbler”, not apple juice. gropport: combines “jelly” and “juice” suffixes without a fruit stem; meaningless in context. moggagrop: this is explicitly given as “apple jelly”. moggaauper: “apple cobbler”, not “apple juice”. Common Pitfalls: Confusing shared prefixes with shared suffixes, or assuming word order changes the mapping. In these problems, morpheme meanings stay consistent and combine additively. Final Answer: moggaport

Question 18

Artificial language decoding — select the word that could mean “guest room”  Given translations: • peslligen = basketball court • ligenstrisi = courtroom • oltaganti = placement test Which constructed word could stand for “guest room”?

Accepted Answer

Introduction / Context: This puzzle uses a made-up language with consistent roots. Your goal is to isolate the morpheme meaning “room” and combine it with a plausible morpheme for “guest”. The test checks whether you focus on the structural clue rather than familiar English words. Given Data / Assumptions: peslligen = basketball court → likely “pesl–” = basketball, “–ligen” = court. ligenstrisi = courtroom → “ligen” = court, “strisi” = room. oltaganti = placement test → “olta–” = placement, “–ganti” = test. We do not see “guest” elsewhere; therefore the best candidate will be a new stem paired with “room”. Concept / Approach: Since “strisi” clearly equals “room” (from courtroom), any word meaning some-kind-of-room should end with “–strisi”. The remaining stem should denote the first word. Because “guest” does not appear in the given data, an unfamiliar stem must be introduced to represent it. Step-by-Step Solution: Map known roots: “ligen” = court; “strisi” = room; “pesl–” = basketball; “olta–” = placement; “–ganti” = test.Construct target: “guest room” = (guest) + (room) → (unknown guest stem) + “strisi”.Scan options for “–strisi”: choose the one whose prefix is not already mapped to an unrelated concept.“vosefstrisi” fits: “vosef–” can stand for guest; “–strisi” is room. Verification / Alternative check: Reject alternatives ending with “–strisi” but having wrong stems (e.g., “oltastrisi” would mean placement room) and those lacking “–strisi” entirely (they cannot mean any kind of room). Why Other Options Are Wrong: peslstrisi: basketball room, not guest room. gantipesl: “test-basketball” mashup; no “room” morpheme. oltastrisi: placement room, wrong first word. peslganti: mixes “basketball” and “test”; again no “room”. Common Pitfalls: Assuming you must have seen every stem previously. In these problems, once you know the head morpheme (room), a new compatible stem can legitimately denote the modifier (guest). Final Answer: vosefstrisi

Question 19

Artificial language decoding — select the word that could mean “lighthouse”  Given translations: • mallonpiml = blue light • mallontifl = blueberry • arpantifl = raspberry Which constructed word could stand for “lighthouse”?

Accepted Answer

Introduction / Context: The task is to extract morphemes for “light” and “berry/blue” then build a word for “lighthouse”. We are not given a direct morpheme for “house”, so we must choose the only choice that plausibly pairs the known light stem with an unknown but consistent new stem for house. Given Data / Assumptions: mallonpiml = blue light → “mallon–” = blue; “–piml” = light. mallontifl = blueberry → “–tifl” = berry. arpantifl = raspberry → “arpan–” = rasp; “–tifl” = berry (confirms). No direct “house” morpheme appears in the given list. Concept / Approach: “Lighthouse” = “light” + “house”. We must preserve the known “piml” for light and attach a plausible new stem for house. A valid option will include “piml” and a new second part that has not been mapped to “blue”, “berry”, or “rasp”. Step-by-Step Solution: Map stems: mallon = blue; piml = light; tifl = berry; arpan = rasp.Identify candidate containing “piml”: choices (b) pimlarpan and (d) pimldoken.Reject pimlarpan because “arpan” is rasp; “light-rasp” does not form “lighthouse”.Accept pimldoken as “light” + (unseen stem “doken”) that can logically represent “house”. Verification / Alternative check: Check the others: tiflmallon would be “berry blue”; mallonarpan = “blue rasp”; arpantifl repeats “raspberry”. None matches “lighthouse”. Why Other Options Are Wrong: tiflmallon: order and meanings yield “blueberry” components in reverse, not “lighthouse”. pimlarpan: “light-rasp” is semantically wrong. mallonarpan: “blue-rasp” nonsense here. arpantifl: exactly “raspberry”, already mapped. Common Pitfalls: Insisting every component must be previously seen. In constructed-language items, using one new, consistent stem with a known stem is acceptable if it fits the requested meaning. Final Answer: pimldoken

Question 20

Artificial language decoding — select the word that could mean “occupant”  Given translations: • briftamint = militant • uftonel = occupied • uftonalene = occupation Which constructed word could stand for “occupant”?

Accepted Answer

Introduction / Context: The problem focuses on morphological families. We see one family around “ufton–” (occupied, occupation). The target “occupant” is the agent/person who occupies, so we should pair the “occupy/occupation” root with a person/agent suffix inferred from another example. Given Data / Assumptions: ufton– appears in both “uftonel” (occupied) and “uftonalene” (occupation) → root = occupy/occupation. briftamint = militant suggests “–mint” is a person/agent suffix (one who is militant). We aim for “occupant” = one who occupies = occupy-root + agent-suffix. Concept / Approach: Build the new noun by combining the appropriate root with the agentive pattern learned from an unrelated example. This mirrors how English forms families (occupy → occupant) via consistent suffixes. Step-by-Step Solution: Identify the occupation root: “ufton–”.Identify an agent/person suffix: “–mint” from militant.Combine to form “occupant”: “ufton–” + “–amint/–mint” → “uftonamint”.Reject mixes that attach “–alene” (occupation) or unrelated roots like “brifta–”. Verification / Alternative check: The constructed form parallels the pattern “militant”: root + agentive. No other option pairs the occupation root with the person suffix appropriately. Why Other Options Are Wrong: elbrifta: reorders parts of “brifta–” and “el”; unrelated to occupy. elamint: uses agentive “–mint” but no “ufton–” root; lacks connection to occupy. briftalene: “–alene” mapped to “occupation”, not the person. uftonata: invented ending with no evidence it denotes a person. Common Pitfalls: Picking a word that “sounds right” instead of applying the discovered morphology. Always anchor both parts in evidence from the given list. Final Answer: uftonamint

Artificial Language Questions