Given the following code, using our HashTable implementation: HashTable table = new HashTable (5); table.put(3); table.put(-3); table.put(20); table.put(8); table.put(0); table.put(30); How many collisions occurred in the process of adding values to this HashTable? Respond with -1 if this code causes a run-time error, or if you feel there is insufficient information to answer this question. Hints: • The size of the ArrayList is 5. • A collision occurs when a value is added to a non-empty LinkedList. • The hashCode() method applied to an Integer, x, is that same Integer, expressed as an int. new Integer(17).hashCode() returns 17.
Given the following code, using our HashTable implementation: HashTable table = new HashTable (5); table.put(3); table.put(-3); table.put(20); table.put(8); table.put(0); table.put(30); How many collisions occurred in the process of adding values to this HashTable? Respond with -1 if this code causes a run-time error, or if you feel there is insufficient information to answer this question. Hints: • The size of the ArrayList is 5. • A collision occurs when a value is added to a non-empty LinkedList. • The hashCode() method applied to an Integer, x, is that same Integer, expressed as an int. new Integer(17).hashCode() returns 17.
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
![Given the following code, using our HashTable implementation:
HashTable<Integer> table = new HashTable<Integer> (5);
table.put(3);
table.put(-3);
table.put(20);
table.put(8);
table.put(0);
table.put(30);
How many collisions occurred in the process of adding values to this HashTable? Respond with -1 if
this code causes a run-time error, or if you feel there is insufficient information to answer this
question.
Hints:
• The size of the ArrayList is 5.
• A collision occurs when a value is added to a non-empty LinkedList.
• The hashCode() method applied to an Integer, x, is that same Integer, expressed as an int.
new Integer(17).hashCode() returns 17.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9308628f-d011-4b9b-9fa9-d5665347683d%2F3339faea-22d4-42a0-8a37-db952baf3247%2F4fhq1z9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given the following code, using our HashTable implementation:
HashTable<Integer> table = new HashTable<Integer> (5);
table.put(3);
table.put(-3);
table.put(20);
table.put(8);
table.put(0);
table.put(30);
How many collisions occurred in the process of adding values to this HashTable? Respond with -1 if
this code causes a run-time error, or if you feel there is insufficient information to answer this
question.
Hints:
• The size of the ArrayList is 5.
• A collision occurs when a value is added to a non-empty LinkedList.
• The hashCode() method applied to an Integer, x, is that same Integer, expressed as an int.
new Integer(17).hashCode() returns 17.
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