1. Given the following keys: 323, 156, 731, 125, 73, 200 The size of the hash table is 11 The hash function, h(k) = k mod m Use Quadratic Probing to resolve any collision, with constants C₁ = 1 and C₂ = 2 First compute the hash values using h(k) function and construct a table of k and h(k) as shown below: k H(K) 323 156 731 125 73 200 Show sample computations for h(k) Now construct a Hash Table of size 11 and place the keys (k) properly. Must give proper explanations and show computational details for each collision.

1. Given the following keys: 323, 156, 731, 125, 73, 200 The size of the hash table is 11 The hash function, h(k) = k mod m Use Quadratic Probing to resolve any collision, with constants C₁ = 1 and C₂ = 2 First compute the hash values using h(k) function and construct a table of k and h(k) as shown below: k H(K) 323 156 731 125 73 200 Show sample computations for h(k) Now construct a Hash Table of size 11 and place the keys (k) properly. Must give proper explanations and show computational details for each collision.

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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Question

1. Given the following keys: 323, 156, 731, 125, 73, 200
The size of the hash table is 11
The hash function, h(k)= k mod m
Use Quadratic Probing to resolve any collision, with constants C₁ = 1 and C₂ = 2
First compute the hash values using h(k) function and construct a table of k and h(k) as shown
below:
k
H(K)
323 156 731 125 73 200
Show sample computations for h(k)
Now construct a Hash Table of size 11 and place the keys (k) properly. Must give proper
explanations and show computational details for each collision.

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