7. Draw the contents of the hash table after inserting the values shown. Insert the following keys 20, 34, 45, 70, 56 into the hash table. Resolve collisions using double hashing. hi(k)= k mod 11 h₂(k)= 8 (k mod 8) (first hash function) (second hash function)

Using double Hashing, insert items with keys: 69, 86, 33, 47, 17, 55 into an empty hash table. tableSize: 7 hash1(x) = x mod tableSize. hash₂(x) = R-(x mod R), R is a prime number smaller than tableSize hash1(x) + hash2(x) mod tableSize

The following hash table uses linear probing for collision resolution and the hash code value calculation simply returns the full integer value of the key. Based on the data in this table, list two possible different valid orders that the data could have been inserted into it. List the inserted value order with a space between each value and no commas. 0 42 1 14 2 21 3 4 5 19 6 Blank # 1 A Blank # 2 A/

A hash function is bi-directional, it allows us to create a fingerprint of a file and also reverse the processes to get the contents of the file Group of answer choices True False