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Big O Notation Quiz

Big O Notation Quiz - Free Provides Asymptotic Test - FreudlyTake a free big o notation quiz to explore your big o notation knowledge and discover your results. Quick, no sign-up needed. Start now!en
Build a clearer grasp of Big O concepts in about 10 minutes. Get a free score and clear band from 16 code-based questions across loops, recursion, data structures, and graphs.
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Questions: 1610 minutes
08:30
July 22, 2026
July 22, 2026
Material has been updated
July 22, 2026
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example score
8/16
Big O Notation Knowledge (BONK)
Measures how well you understand and can apply Big O notation and asymptotic complexity concepts across common algorithm scenarios.
Foundations to Build
Developing Knowledge
Strong Knowledge
06: Foundations to Build | 712: Developing Knowledge | 1316: Strong Knowledge
A score of 8 indicates developing knowledge, meaning you grasp many core Big O ideas but may benefit from more practice with nested loops, recurrences, and common implementation assumptions.
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DATA-BASED USER COHORTS

Who Usually Takes This Test?

Interview-focused developers
44%OF USERS
People preparing for coding interviews who want to quickly check their grasp of time and space complexity across common patterns.
Computer science students
36%OF USERS
Students reviewing algorithms and data structures who want practice comparing growth rates and analyzing loops and recursion.
Working engineers refreshing skills
20%OF USERS
Engineers who use algorithms occasionally and want a fast refresher on asymptotic bounds for searches, data structures, and graphs.
BASED ON AGGREGATED, ANONYMIZED DATA FROM TENS OF THOUSANDS OF FREUDLY USERS.
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See How You Compare

Once you complete the test, your results are compared with real-world data from people in your country.
Below is a preview of how scores are typically distributed across each scale.
Big O Notation Knowledge (BONK)
Big O Notation Knowledge (BONK)
Average
10.5
Normal range
8.512.6
min.
0
max.
16
This curve shows how scores are typically distributed.
Once you complete the test, your result will appear on the scale so you can see how you compare.
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SAMPLE QUESTIONS

Example Questions From the Test

    • O(n), because the original array contains n elements.
    • O(1), because each individual stack frame has constant size.
    • O(log n), because one frame is added at each level while the search range is repeatedly halved.
    • O(n log n), because the array size is combined with the recursion depth.
    • Quadratic time, because the n² term dominates as n grows.
    • Linear time, because lower-order terms and constants are removed.
    • Logarithmic time, because only the number of input-size digits matters.
    • Cubic time, because the expression contains three separate terms.
    • It becomes about four times as large.
    • It becomes about twice as large.
    • It becomes about eight times as large.
    • It remains approximately unchanged.
WHAT THE TEST MEASURES
About This Assessment

Big O Notation Quiz - Symptoms and Signs

Test your understanding of Big O notation with 16 questions covering asymptotic bounds, growth rates, loops, recursion, searching, data structures, and graph algorithms. The quiz combines essential concepts with short code-style scenarios that ask you to compare or derive complexity. You will receive a knowledge score with a clear result band. It is free, quick to complete, and no sign-up is required.

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