1. Hashing and Linear Probing for Collision Consider the followingscenario/assumptions:• A hash table can store at most 11 elements. Indices are numbered from 0 to 10. Itis currently empty (no elements yet).• The hashing function is defined as H(k) = k % 11• The collision resolution technique is Linear Probing.Insert the following keys in the hash table in the sequence that they appear below:• 160237• 270238• 380237• 490240• 600237• 710242• 820237• 930244• 1040237• 1150246 Write on a piece of paper the contents of the resulting has table after inserting thesekeys. The table should contain 10 elements, with only one address that is left open,i.e., it is not occupied by any key. Answer the questions below by filling up the blanks.1. What is the address (array index) of the memory space that is still open?2. What is H(710242)?3. In which address (array index) was key 820237 stored?

Hash tables are used to store the key elements at particular positions and these positions are…

Write on a piece of paper the contents of the resulting has table after inserting these keys. The table should contain 10 elements, with only one address that is left open, i.e., it is not occupied by any key. Answer the questions below by filling up the blanks. 1. What is the address (array index) of the memory space that is still open? 2. What is H(710242)? 3. In which address (array index) was key 820237 stored?

Write on a piece of paper the contents of the resulting has table after inserting these keys. The table should contain 10 elements, with only one address that is left open, i.e., it is not occupied by any key. Answer the questions below by filling up the blanks. 1. What is the address (array index) of the memory space that is still open? 2. What is H(710242)? 3. In which address (array index) was key 820237 stored?

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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