Fill in the blank: The ______ technique involves dividing a problem into subproblems, solving them independently, and then combining their solutions. | Card: 3 / 20 |
False. Binary search is a case of decrease and conquer because it only divides the problem into one subproblem. | Card: 6 / 20 |
In the recurrence relation T(n) = T(n/2) + O(1), what is the solution according to the Master Theorem? | Card: 7 / 20 |
Riddle: I can sort numbers efficiently with fewer comparisons and use a pivot element to divide. What am I? | Card: 9 / 20 |
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What is the auxiliary space complexity of the iterative implementation of binary search? | Card: 11 / 20 |
Fill in the blank: The time complexity of Strassen's algorithm for matrix multiplication is approximately ______. | Card: 13 / 20 |
Which of the following algorithms is not a divide and conquer algorithm? A) Merge Sort B) QuickSort C) Binary Search D) Strassen’s Algorithm | Card: 17 / 20 |
In the context of finding the k-th smallest element in two sorted arrays, what is the time complexity of the optimal binary search approach? | Card: 19 / 20 |






