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4 cards from this section. Quick, good the night before a test.
What does Big O notation represent?
Think about maximum performance.
If t(n) = 50n + 10, is this O(n)?
Consider the dominating term.
What does Big O notation signify?
Think of its role in algorithm efficiency.
True or False: n³ is O(n²).
Consider the growth rates as n gets very big.
Consider the function t(n) = 4n² + 3n + 5. Establish both upper and lower bounds using O and Ω notation.
Focus on dominating terms and established inequalities.
Prove or disprove that for any algorithm with time complexity f(n) = 100n log n, there's no algorithm that could run faster than it on the same input.
Contextualize sorting problems where growth behavior cannot be improved below the derived bounds.
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