Jump to level 1valsTable: oEmpty-since-startEmpty-after-removal2Occupied3 27Hash table valsTable uses quadratic probing, a hash function ofkey % 11, c1 = 1, and c2 = 1.45 4972How many buckets does HashSearch(vals Table, 27) probe?Ex: 9 :629How many buckets does Hashlnsert(valsTable, item 27) probe?8.10

Given that, The hash function is Key%11 c1=1 and c2=1 Quadratic probing is a type of Linear…

Jump to level 1 valsTable: o JEmpty-since-start Empty-after-removal |Occupied 3 27 Hash table valsTable uses quadratic probing, a hash function of key % 11, c1 = 1, and c2 = 1. 5 49 6 72 How many buckets does HashSearch(valsTable, 27) probe? Ex: 9 29 How many buckets does Hashlnsert(valsTable, item 27) probe? 8 10 1, 2. 4. 9.

Jump to level 1 valsTable: o JEmpty-since-start Empty-after-removal |Occupied 3 27 Hash table valsTable uses quadratic probing, a hash function of key % 11, c1 = 1, and c2 = 1. 5 49 6 72 How many buckets does HashSearch(valsTable, 27) probe? Ex: 9 29 How many buckets does Hashlnsert(valsTable, item 27) probe? 8 10 1, 2. 4. 9.

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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PLEASE HELP WITH PART A AND B WITH WORK AND ANSWER!!
valsTable: o Empty-since-start 1 Empty-after-removal Occupied Hash table valsTable uses double probing with the hash functions hash1(key): key % 11 hash2(key): 5 - key % 5 and a table size of 11. 15 5 27 6. 7 HashInsert(valsTable, item 70) inserts item 70 into bucket Ex: 10 8 9 Hashlnsert(valsTable, item 62) inserts item 62 into bucket 10 Hashlnsert(valsTable, item 59) inserts item 59 into bucket 2. 3.
2. Consider the Linear Hashing index. Linear Hashing | h1 000 001 010 011 ho ठ 00 01 10 11 Mod 8 (%68) Mod 4 (%4) 16* 21* 40* 37* 14* 18* 6* Primary Page 13* A. Show the resulting index after inserting the entry 9* C. Show the resulting index after inserting entry 7* 31* 19* 11* 23* B. Show the resulting index after inserting the entry 3* 30* D. Show the resulting index after inserting the entry 22* Overflow Page
vals Table: o 1 2 3 4 5 6 7 8 9 10 30 21 Empty-since-start Empty-after-removal Occupied Hash table valsTable uses double probing with the hash functions hash1(key): key % 11 hash2(key): 5-key % 5 and a table size of 11. HashInsert(vals Table, item 63) inserts item 63 into bucket Ex: 10 HashInsert(vals Table, item 62) inserts item 62 into bucket HashInsert(vals Table, item 32) inserts item 32 into bucket
Jump to level 1 valsTable: o 1 2 3 4 5 6 7 8 9 1 Check 36 38 Next Empty-since-start Empty-after-removal Occupied Hash table vals Table uses quadratic probing, a hash function of key % 10, c1 = 1, and c2 = 1. Hashinsert(valsTable, item 88) inserts item 88 into bucket Ex: 10 HashInsert(valsTable, item 15) inserts item 15 into bucket HashInsert(valsTable, item 56) inserts item 56 into bucket 2 3
All lines of code in your program can be reached and executed when I run your program define two functions and they have a "meaningful purpose" to your program. Each function must have more than three statements or lines of code. At least one function defines a parameter and you use this parameter in a meaningful way At least one function returns a value back to the code that is calling it and it is used in a meaningful way
In Hash table H, collision is resolved by using chaining. There are 29 slots in H. The average number of elements stored in a chain is 130. What is the total number of elements stored in H?
Using double hasing, insert the following keys: {333, 335, 123, 617, 93, 63, 17, 37} into a hash table of size 17 using k mod m as h1(k), and h2(k) = 8 - k mod 8 as the offset.
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Use linear probing to place the following values in the hash table. H(key) = key % 6 Values: 13, 21, 7,8 1 4 2. 3.
Questions 19
Suppose that the keys A through G, with the hash values given below, are insertedin some order into an initially empty table of size 7 using a linear-probing table (withno resizing for this problem). Which of the following could not possibly result frominserting these keys?a. E F G A C B Db. C E B G F D Ac. B D F A C E Gd. C G B A D E Fe. F G B D A C Ef. G E C A D B FGive the minimum and the maximum number of probes that could be required tobuild a table of size 7 with these keys, and an insertion order that justifies your answer.