Q. Which of the following is generally used to implement an almost complete binary tree?

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Q. Which of the following is not an application of binary search trees?

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Q. Consider the following statements:

I. An algorithm is a no.of steps to be performed to solve a problem
II. An algorithm is a no.of steps as well as the implementation using any language to a given Problem
III. To a given problem there may be more than one algorithm

Which one of the following is true?

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Q. Which one of the following is true?

I. aⁿ = O(n²) (small oh) a>0
II. an²=O(n²) (big oh) a>0
III. an² O(n²) (small oh) a>0

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Q. If the array is sorted the complexity is

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Q. If the array is in reverse sorted order, then time complexities will be

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Q. What be the time complexity for any typical array order?

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Q. Quick sort gives O(n log n) worst case performances if the pivot is selected as

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Q. T (n) = (2n/3)+1 then T(n) is equal to

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Q. A language developed to assist children in learning geometric shapes and computing aspects is

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Q. Search tables used by compilers for efficient searching generally use

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Q. A complete binary tree with 10 leaves

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Q. Which of the following is not correct?

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Q. Maximum possible height of an AVL tree with 7 nodes is

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Q. What is the minimal number of edges which must be removed from a complete bi partite graph of 6 nodes k(6) so that the remaining graph is planer?

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Q. A strictly binary tree with n leave always contain nodes?

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Q. The following sequence of the operations is performed on a stack PUSH(10), PUSH(20), POP, PUSH(10), PUSH(20), POP, POP, POP, PUSH(20), POP the sequence of values popped out is

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Q. The time complexity of comparison based sorting algorithm is

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Q. Adjacency matrix for a digraph is

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Q. The time required to insert an element in a stack with linked list implementation is

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