Full Raw Model Output Log (50 Questions)

*This is a simple reference document converted from a Reddit post.*

🤖 Gemma 3 4B Q4_0
Test Set 1 Output
Q1 (Math):17
Q2 (Logic):No. The syllogism is valid, but the conclusion is incorrect. Just because roses are flowers and flowers need water doesn't mean all flowers (like roses) must need water. The fact that plastic plants don't need water introduces a counterexample.
Q3 (Temporal):Tuesday
Q4 (Medical):Acute gouty arthritis.
Q5 (Coding):
def is_palindrome(s):
    s = ''.join(filter(str.isalnum, s)).lower()
    return s == s[::-1]
Q6 (Extraction):apples, milk, bread, eggs
Q7 (World):Tokyo
Q8 (Multi):El tiempo está hermoso hoy / Il fait beau aujourd'hui / Das Wetter ist heute schön
Q9 (Constrained):A distant planet orbits slowly.
Q10 (Strict Format):{"title": "The Hobbit", "author": "J.R.R. Tolkien", "year": 1937}
Test Set 2 Output
Q1 (Math):x = 10
Q2 (Logic):Invalid
Q3 (Temporal):2:13 PM
Q4 (Medical):Lumbar puncture (spinal tap).
Q5 (Coding):
def get_square(x):
    return x * x
Q6 (Extraction):[2.5, 'kilograms', 1, 'meter', 50]
Q7 (World):Strait of Gibraltar
Q8 (Multi):Gracias / Merci / Arigato
Q9 (Constrained):I aim at a rainy air.
Q10 (Strict Format):server: hostname: web01 ip_address: 192.168.1.10 status: running
Test Set 3 Output
Q1 (Math):y = -3
Q2 (Logic):Invalid. This is a classic example of affirming the consequent...
Q3 (Temporal):10:35 AM.
Q4 (Medical):Troponin.
Q5 (Coding):
def is_even(n):
    return n % 2 == 0
Q6 (Extraction):2026 / Paris
Q7 (World):Pyrenees
Q8 (Multi):aqua / shuǐ / māʾ
Q9 (Constrained):Silent shadows stalked sleepy scat.
Q10 (Strict Format):
<person><name>John Doe</name><age>35</age><city>Dallas</city></person>
Test Set 4 Output
Q1 (Math):20
Q2 (Logic):Invalid
Q3 (Temporal):4.1 years
Q4 (Medical):Hypocalcemia
Q5 (Coding):
def list_length(lst):
    return len(lst)
Q6 (Extraction):Correct extraction.
Q7 (World):Lesotho
Q8 (Multi):Hund / Inu / cão
Q9 (Constrained):Elite fire shines, filling eyes.
Q10 (Strict Format):xml <customer>...</customer>
Test Set 5 Output
Q1 (Math):5
Q2 (Logic):Invalid
Q3 (Temporal):1:00 PM
Q4 (Medical):Scarlet Fever.
Q5 (Coding):
def count_vowels(s):
    vowels = "aeiouAEIOU"
    count = 0
    for char in s:
        if char in vowels:
            count += 1
    return count
Q6 (Extraction):Correct extraction.
Q7 (World):Potassium
Q8 (Multi):Amigo / Ami / Freund
Q9 (Constrained):The small moon shone bright.
Q10 (Strict Format):{"make": "Toyota", "model": "Corolla", "year": 2022}
🤖 Qwen 3 4B IT 2507
Test Set 1 Output
Q1 (Math):17
Q2 (Logic):Roses need water. The statement about plastic plants is irrelevant to roses.
Q3 (Temporal):Wednesday
Q4 (Medical):The most probable diagnosis is gout.
Q5 (Coding):
def is_palindrome(s):
    s = ''.join(filter(str.isalnum, s)).lower()
    return s == s[::-1]
Q6 (Extraction):apples, milk, bread, eggs
Q7 (World):Tokyo
Q8 (Multi):Correct translations.
Q9 (Constrained):A planet orbits far from suns
Q10 (Strict Format):{"title": "The Hobbit", "author": "J.R.R. Tolkien", "publication_year": 1937}
Test Set 2 Output
Q1 (Math):x = 10
Q2 (Logic):Invalid.
Q3 (Temporal):2:13 PM.
Q4 (Medical):lumbar puncture.
Q5 (Coding):
def get_square(x):
    return x * x
Q6 (Extraction):["2.5", "kilograms", "1", "meter", "50", "$"]
Q7 (World):Strait of Gibraltar
Q8 (Multi):Correct translations.
Q9 (Constrained):Rain in a quiet place, all is fine
Q10 (Strict Format):hostname: web01 ip_address: 192.168.1.10 status: running
Test Set 3 Output
Q1 (Math):y = -3.
Q2 (Logic):Invalid. Barking is not exclusive to dogs...
Q3 (Temporal):11:05 PM
Q4 (Medical):Troponin.
Q5 (Coding):
def is_even(n):
    return n % 2 == 0
Q6 (Extraction):2026, Paris.
Q7 (World):The Pyrenees.
Q8 (Multi):aqua / shuǐ / māʾ
Q9 (Constrained):Slick, sly, small, soft, cat.
Q10 (Strict Format):
<person><name>John Doe</name><age>35</age><city>Dallas</city></person>
Test Set 4 Output
Q1 (Math):20
Q2 (Logic):Valid
Q3 (Temporal):4.1 years
Q4 (Medical):Hypocalcemia
Q5 (Coding):
def list_length(lst):
    return len(lst)
Q6 (Extraction):Alpha Corp: $1.2 billion; Citadel: $2.1 billion
Q7 (World):Lesotho
Q8 (Multi):Hund / Inu / Cachorro
Q9 (Constrained):In light of the time, we see it
Q10 (Strict Format):xml <Customer ID="C100">...</Customer>
Test Set 5 Output
Q1 (Math):5
Q2 (Logic):Valid
Q3 (Temporal):12:55 PM
Q4 (Medical):Scarlet Fever.
Q5 (Coding):
def count_vowels(s):
    vowels = "aeiouAEIOU"
    count = 0
    for char in s:
        if char in vowels:
            count += 1
    return count
Q6 (Extraction):Correct extraction.
Q7 (World):Potassium
Q8 (Multi):Amigo / Ami / Freund
Q9 (Constrained):Moon in sky, see it now
Q10 (Strict Format):{"make": "Toyota", "model": "Corolla", "year": 2022}
🤖 Llama 3.2 3B Q4_k_m
Test Set 1 Output
Q1 (Math):17
Q2 (Logic):Roses need water.
Q3 (Temporal):Friday
Q4 (Medical):Gout.
Q5 (Coding):
def is_palindrome(s):
    s = ''.join(filter(str.isalnum, s)).lower()
    return s == s[::-1]
Q6 (Extraction):apples, milk, eggs
Q7 (World):Tokyo
Q8 (Multi):Correct translations.
Q9 (Constrained):The big planet spins very fast
Q10 (Strict Format):{"title": "The Hobbit", "author": "J.R.R. Tolkien", "publication_year": 1937}
Test Set 2 Output
Q1 (Math):x = 10
Q2 (Logic):Invalid
Q3 (Temporal):2:13 PM
Q4 (Medical):lumbar puncture (LP)
Q5 (Coding):
def get_square(x):
    return x * x
Q6 (Extraction):2.5 kilograms, 1 meter, $50
Q7 (World):Strait of Gibraltar.
Q8 (Multi):Correct translations.
Q9 (Constrained):Aria aims at rain.
Q10 (Strict Format):server: hostname: web01 ip_address: 192.168.1.10 status: running
Test Set 3 Output
Q1 (Math):y = -3
Q2 (Logic):The conclusion that Buster is a dog is valid...
Q3 (Temporal):8:55 AM
Q4 (Medical):creatine kinase (CK), specifically CK-MB.
Q5 (Coding):
def is_even(n):
    return n % 2 == 0
Q6 (Extraction):2026, and the location is Paris.
Q7 (World):The Pyrenees.
Q8 (Multi):aqua, shuǐ, māʾ.
Q9 (Constrained):Sophisticated cats sleep soundly.
Q10 (Strict Format):
<person><name>John Doe</name><age>35</age><city>Dallas</city></person>
Test Set 4 Output
Q1 (Math):20
Q2 (Logic):Invalid
Q3 (Temporal):4.1 years
Q4 (Medical):Hypocalcemia
Q5 (Coding):
def list_length(lst):
    return len(lst)
Q6 (Extraction):Correct extraction.
Q7 (World):Lesotho
Q8 (Multi):Hund / Inu / Cachorro
Q9 (Constrained):Light eyes see the light.
Q10 (Strict Format):xml <customer id="C100">...</customer>
Test Set 5 Output
Q1 (Math):5
Q2 (Logic):Invalid
Q3 (Temporal):1:55 PM
Q4 (Medical):Kawasaki disease.
Q5 (Coding):
def count_vowels(s):
    vowels = "aeiouAEIOU"
    count = 0
    for char in s:
        if char in vowels:
            count += 1
    return count
Q6 (Extraction):Correct extraction.
Q7 (World):Potassium
Q8 (Multi):Amigo / Ami / Freund
Q9 (Constrained):The moon is very bright.
Q10 (Strict Format):{"make": "Toyota", "model": "Corolla", "year": 2022}
🤖 Granite 4.0 H Micro
Test Set 1 Output
Q1 (Math):17.
Q2 (Logic):Therefore, yes, roses need water.
Q3 (Temporal):Wednesday
Q4 (Medical):Acute gout attack.
Q5 (Coding):
def is_palindrome(s):
    s = ''.join(filter(str.isalnum, s)).lower()
    return s == s[::-1]
Q6 (Extraction):apples, milk, bread, eggs
Q7 (World):Tokyo
Q8 (Multi):Correct translations.
Q9 (Constrained):Planet orbits sun.
Q10 (Strict Format):{"title": "The Hobbit", "author": "J.R.R. Tolkien", "publication_year": 1937}
Test Set 2 Output
Q1 (Math):x = 10
Q2 (Logic):Invalid.
Q3 (Temporal):2:13 PM
Q4 (Medical):lumbar puncture (spinal tap).
Q5 (Coding):
def get_square(x):
    return x * x
Q6 (Extraction):['2.5', 'kilograms', '1', 'meter', '$50'].
Q7 (World):Strait of Gibraltar.
Q8 (Multi):Incorrect translation.
Q9 (Constrained):I aid rain.
Q10 (Strict Format):server: hostname: web01 ip_address: 192.168.1.10 status: running
Test Set 3 Output
Q1 (Math):y = -3.
Q2 (Logic):The statement is valid.
Q3 (Temporal):10:35 AM.
Q4 (Medical):Troponin.
Q5 (Coding):
def is_even(n):
    return n % 2 == 0
Q6 (Extraction):"The next international data security conference is scheduled for Paris in 2026."
Q7 (World):Pyrenees.
Q8 (Multi):Incorrect translation.
Q9 (Constrained):Silent, sleek, sapphire, stare, silently.
Q10 (Strict Format):
<person><name>John Doe</name><age>35</age><city>Dallas</city></person>
Test Set 4 Output
Q1 (Math):20
Q2 (Logic):Valid
Q3 (Temporal):4.1 years
Q4 (Medical):Hyperkalemia
Q5 (Coding):
def list_length(lst):
    return len(lst)
Q6 (Extraction):Correct extraction.
Q7 (World):Botswana
Q8 (Multi):Incorrect translation.
Q9 (Constrained):I light E I.
Q10 (Strict Format):xml <Customer>...</Customer>
Test Set 5 Output
Q1 (Math):5
Q2 (Logic):Invalid
Q3 (Temporal):1:55 PM
Q4 (Medical):Kawasaki disease.
Q5 (Coding):
def count_vowels(s):
    vowels = "aeiouAEIOU"
    count = 0
    for char in s:
        if char in vowels:
            count += 1
    return count
Q6 (Extraction):Correct extraction.
Q7 (World):Potassium
Q8 (Multi):Amigo / Ami / Freund
Q9 (Constrained):The moon shines bright.
Q10 (Strict Format):{"make": "Toyota", "model": "Corolla", "year": 2022}
🤖 Phi 4 mini Q4_0
Test Set 1 Output
Q1 (Math):17
Q2 (Logic):Yes, roses need water because they are flowers and all flowers need water.
Q3 (Temporal):Saturday
Q4 (Medical):The most probable diagnosis is gout.
Q5 (Coding):
def is_palindrome(s):
    s = ''.join(filter(str.isalnum, s)).lower()
    return s == s[::-1]
Q6 (Extraction):apples, milk, bread, eggs
Q7 (World):Tokyo
Q8 (Multi):Correct translations.
Q9 (Constrained):Mars orbits the sun in a lonely, silent dance.
Q10 (Strict Format):{"title": "The Hobbit", "author": "J.R.R. Tolkien", "publication_year": 1937}
Test Set 2 Output
Q1 (Math):x = 10
Q2 (Logic):Invalid
Q3 (Temporal):2:13 PM.
Q4 (Medical):lumbar puncture.
Q5 (Coding):
def get_square(x):
    return x * x
Q6 (Extraction):[2.5, 'kilograms', 1, 'meter', 50, '$']
Q7 (World):The Strait of Gibraltar
Q8 (Multi):Correct translations.
Q9 (Constrained):I am afraid creating a sentence... is not possible...
Q10 (Strict Format):web01: hostname: web01 ip_address: 192.168.1.10 status: running
Test Set 3 Output
Q1 (Math):y = -10/3
Q2 (Logic):Valid. This is an example of affirming the consequent... However, in the context of the given statement, it is valid to conclude that Buster is a dog.
Q3 (Temporal):7:35 AM.
Q4 (Medical):Creatine Kinase-MB (CK-MB).
Q5 (Coding):
def is_even(n):
    return n % 2 == 0
Q6 (Extraction):Year: 2026, Main location: Paris; Sub location: Lisbon
Q7 (World):The Pyrenees.
Q8 (Multi):Correct translations.
Q9 (Constrained):Silent, sleek, shadowy, slinking, stealthy.
Q10 (Strict Format):
<person><name>John Doe</name><age>35</age><city>Dallas</city></person>
Test Set 4 Output
Q1 (Math):20
Q2 (Logic):Invalid
Q3 (Temporal):4.1 years
Q4 (Medical):Hypocalcemia
Q5 (Coding):
def list_length(lst):
    return len(lst)
Q6 (Extraction):Correct extraction.
Q7 (World):South Africa
Q8 (Multi):Correct translations.
Q9 (Constrained):Eerie light in endless night.
Q10 (Strict Format):xml <Customer>...</Customer>
Test Set 5 Output
Q1 (Math):5
Q2 (Logic):Valid
Q3 (Temporal):1:05 PM
Q4 (Medical):Scarlet fever.
Q5 (Coding):
def count_vowels(s):
    vowels = "aeiouAEIOU"
    count = 0
    for char in s:
        if char in vowels:
            count += 1
    return count
Q6 (Extraction):Correct extraction.
Q7 (World):Potassium
Q8 (Multi):Amigo / Ami / Freund
Q9 (Constrained):The bright moon shone.
Q10 (Strict Format):{"make": "Toyota", "model": "Corolla", "year": 2022}
🤖 LFM2 2.6B Q6_K
Test Set 1 Output
Q1 (Math):17
Q2 (Logic):The conclusion is invalid.
Q3 (Temporal):Sunday.
Q4 (Medical):Gout.
Q5 (Coding):
def is_palindrome(s):
    s = ''.join(filter(str.isalnum, s)).lower()
    return s == s[::-1]
Q6 (Extraction):apples, milk, bread, eggs
Q7 (World):Tokyo.
Q8 (Multi):Correct translations.
Q9 (Constrained):Planet spins brightly.
Q10 (Strict Format):{"title": "The Hobbit", "author": "J.R.R. Tolkien", "publication_year": 1937}
Test Set 2 Output
Q1 (Math):10
Q2 (Logic):Invalid (Invalid argument)
Q3 (Temporal):2:13 PM
Q4 (Medical):Lumbar puncture
Q5 (Coding):
def get_square(x):
    return x * x
Q6 (Extraction):[2.5, kilograms, 1, meter, $50]
Q7 (World):Strait of Gibraltar
Q8 (Multi):Correct translations.
Q9 (Constrained):Rainy days bring rain.
Q10 (Strict Format):[Model output incomplete XML tag]
Test Set 3 Output
Q1 (Math):y = -3
Q2 (Logic):If all dogs bark and Buster barks, Buster is a dog (assuming the premise holds). Answer: Valid
Q3 (Temporal):9:35 AM
Q4 (Medical):Troponin I
Q5 (Coding):
def is_even(n):
    return n % 2 == 0
Q6 (Extraction):Year: 2026, Location: Paris
Q7 (World):Pyrenees
Q8 (Multi):Correct translations.
Q9 (Constrained):Sly cat slips silently.
Q10 (Strict Format):[Full XML, incomplete closing tag]
Test Set 4 Output
Q1 (Math):20
Q2 (Logic):Invalid
Q3 (Temporal):4.1 years
Q4 (Medical):Hypokalemia
Q5 (Coding):
def list_length(lst):
    return len(lst)
Q6 (Extraction):Correct extraction.
Q7 (World):Eswatini / No Country
Q8 (Multi):Correct translations.
Q9 (Constrained):No solution exists.
Q10 (Strict Format):[Incomplete XML]
Test Set 5 Output
Q1 (Math):5
Q2 (Logic):Valid
Q3 (Temporal):1:05 PM
Q4 (Medical):Scabies.
Q5 (Coding):
def count_vowels(s):
    vowels = "aeiouAEIOU"
    count = 0
    for char in s:
        if char in vowels:
            count += 1
    return count
Q6 (Extraction):Correct extraction.
Q7 (World):Potassium
Q8 (Multi):Amigo / Ami / Freund
Q9 (Constrained):The moon glows brightly.
Q10 (Strict Format):{"make": "Toyota", "model": "Corolla", "year": 2022}
🤖 smollm2 1.7B Instruct
Test Set 1 Output
Q1 (Math):17. Therefore, the result is [box]17[/box].
Q2 (Logic):Therefore, the answer is [box]Yes[/box].
Q3 (Temporal):Therefore, the answer is [box]Wednesday[/box].
Q4 (Medical):Therefore, the answer is [box]gout[/box].
Q5 (Coding):The function is_palindrome(s) ignores case and whitespace by using the isalnum() and strip() methods, respectively.
Q6 (Extraction):Therefore, the answer is [box]apples, milk, eggs[/box].
Q7 (World):Therefore, the answer is [box]Tokyo[/box].
Q8 (Multi):Therefore, the answer is [box]El tiempo está hermoso hoy, le temps está beau aujourd'hui, der Wetter ist schön heute[/box].
Q9 (Constrained):Therefore, the answer is [box]The moon orbits Earth[/box].
Q10 (Strict Format):Therefore, the answer is [box]{"title": "The Hobbit", "author": "J.R.R. Tolkien", "year": 1937}[/box].
Test Set 2 Output
Q1 (Math):x = 10
Q2 (Logic):This is an invalid argument.
Q3 (Temporal):Arrival time = 13:13
Q4 (Medical):Based on the information provided, we cannot determine the exact diagnosis for the patient.
Q5 (Coding):
def get_square(x):
    return x * x
Q6 (Extraction):2.5 (kilograms), 1 (meter)
Q7 (World):The Strait between Spain and Morocco is the Strait of Gibraltar.
Q8 (Multi):Spanish: ¡Gracias! / French: Merci! / Japanese: ありがとう!
Q9 (Constrained):[Model debated the rule, did not provide sentence]
Q10 (Strict Format):[YAML snippet: server: name: web01 ip_address: 192.168.1.10]
Test Set 3 Output
Q1 (Math):y = -3.
Q2 (Logic):Buster is indeed a dog. Since all dogs bark, the statement "Buster barks" is true. Hence, Buster is a dog.
Q3 (Temporal):Departure time was 9:00 PM the previous day.
Q4 (Medical):Troponin.
Q5 (Coding):
def is_even(n):
    return n % 2 == 0
Q6 (Extraction):Use the regex pattern [\d{4}]. [Model described the method, not the data]
Q7 (World):Pyrenees.
Q8 (Multi):The Latin word for "water" is "aqua". The Mandarin word for "water" is "shuǐ". The Arabic word for "water" is "māl".
Q9 (Constrained):Sally found a cat in the sandbox
Q10 (Strict Format):[Correct XML for person]
Test Set 4 Output
Q1 (Math):z = 20
Q2 (Logic):This conclusion logically follows from the premises, making it a valid argument.
Q3 (Temporal):Since we cannot have a fraction of a year, we round down to 4 years.
Q4 (Medical):Trousseau's and Chvostek's signs are both related to the neurological condition known as Raynaud's phenomenon.
Q5 (Coding):
def list_length(lst):
    return len(lst)
Q6 (Extraction):[Model provided Python function for extraction, not the data]
Q7 (World):The country that is completely surrounded by South African borders is Lesotho.
Q8 (Multi):German: Hund / Japanese: Inu / Portuguese: Cachorro
Q9 (Constrained):[Model debated the rules, did not provide sentence]
Q10 (Strict Format):[Incorrect XML, key names altered: <Customer><Name>C100</Name><Ordinal>ORD45</Ordinal><Processing>Processing</Processing></Customer>]
Test Set 5 Output
Q1 (Math):x = 5
Q2 (Logic):This statement is a classic example of a logical fallacy known as affirming the consequent. It's an invalid argument...
Q3 (Temporal):The correct time 2 hours ago would be: 11:00 AM.
Q4 (Medical):The correct diagnosis for the patient is "measles".
Q5 (Coding):The function count_vowels(s) takes a string s as input and returns the number of vowels in it.
Q6 (Extraction):Date: 2022-08-17 / Event: Project Planning... [Model provided fabricated data]
Q7 (World):The chemical element symbol 'K' corresponds to the chemical element Potassium.
Q8 (Multi):"Friend" is translated to "Amigo" in Spanish, "ami" in French, and "Freund" in German.
Q9 (Constrained):The correct sentence would be: "The moon is shining brightly in the night sky." [Model violated constraints]
Q10 (Strict Format):[Incorrect JSON, extraneous keys added: {"make": "Toyota", "model": "Corolla", "year": 2022, "color": "Blue", "mileage": 30000, "engine": "4-cylinder", "transmission": "Automatic", "doors": "4", "price": "25000"}]