Big O(Notation)

A digital illustration depicting various Big O Notation complexities, such as graphs and trees, with code snippets in the background, emphasizing the theme of algorithm efficiency.

Mastering Big O Notation

Test your knowledge on algorithm complexities with our engaging quiz on Big O Notation! This quiz covers various aspects of time and space complexity, ensuring you grasp the key concepts essential for any programmer.

Key Features:

  • 7 challenging questions
  • Multiple choice and checkbox formats
  • Perfect for students and professionals alike
7 Questions2 MinutesCreated by CalculatingBear42
Which one is the most common to describe the complexity of computer programs?
O(n) notation
Ω(n) notation
Θ(n) notation
Select which two complexities are better than all others?
O(2^N)
O(N^2)
O(N logN)
O(N)
O(log N)
O(1)
Select which two complexities are worse than all others?
O(2^N)
O(N^2)
O(N logN)
O(N)
O(log N)
O(1)
What the TIME complexity of the code below?
O(2^N)
O(N^2)
O(N logN)
O(N)
O(log N)
O(1)
What the SPACE complexity of the code below?
O(2^N)
O(N^2)
O(N logN)
O(N)
O(log N)
O(1)
What the TIME complexity of the code below?
O(2^N)
O(N^2)
O(N logN)
O(N)
O(log N)
O(1)
What the SPACE complexity of the code below?
O(2^N)
O(N^2)
O(N logN)
O(N)
O(log N)
O(1)
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