In the heapify algorithm, heapilying a node Z is implemented bySelect onea. Compare and exchange the values of the let child and nght chld of node 2b. Compare and exchange the values of the node Z and its parent nodec. Delete the node Z and its chidd Find the largest element among the node Z and its children, exchange the values of the largest and node Z. and recursively caling heapily r thelargestWhich of the following is not correct about the Quick-Sort algorithmSelect onea Include a partitioning procedureb. Designed based on Divide and Conquere Required two recursive call of the algonithm on the left and right parts of the partinoned arrayd. Required extra memory to implement the partiton procedure

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In the heapty algorithm, heaplying a node Z is mplemented by Select one a Compare and exchange the values of the let chid and nght chid of node 2 b. Compare and exchange the values of the node Z and ts parent node e. Delete the node Z and its child d Find the largest element among the node Z and its children exchange the values of the largest and node Z and recursively calling heaply e the largest

In the heapty algorithm, heaplying a node Z is mplemented by Select one a Compare and exchange the values of the let chid and nght chid of node 2 b. Compare and exchange the values of the node Z and ts parent node e. Delete the node Z and its child d Find the largest element among the node Z and its children exchange the values of the largest and node Z and recursively calling heaply e the largest

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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