Draw the contents of the hash table given the following conditions: • The size of the hash table is 25. Linear Probing is used to resolve collisions. • The hash function H(k) should be calculated in the following way where k is the element to be hashed: R(k) = k mod (summation of last two digits of your student id + 7) If R(k)<10 H(k)=R(k) + 8 else H(k)=R(k) - 4 What values will be in the hash table after the following sequence of insertions? 55, 65, 8, 18, 20, 11, 56, 27, 15, 167 [Note: Draw the values using a hash table and show your work for partial credit.]
Draw the contents of the hash table given the following conditions: • The size of the hash table is 25. Linear Probing is used to resolve collisions. • The hash function H(k) should be calculated in the following way where k is the element to be hashed: R(k) = k mod (summation of last two digits of your student id + 7) If R(k)<10 H(k)=R(k) + 8 else H(k)=R(k) - 4 What values will be in the hash table after the following sequence of insertions? 55, 65, 8, 18, 20, 11, 56, 27, 15, 167 [Note: Draw the values using a hash table and show your work for partial credit.]
Computer Networking: A Top-Down Approach (7th Edition)
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![Draw the contents of the hash table given the following conditions:
The size of the hash table is 25.
Linear Probing is used to resolve collisions.
• The hash function H(k) should be calculated in the following way where k is the element
to be hashed:
R(k) = k mod (summation of last two digits of your student id + 7)
If R(k)<10
H(k)=R(k) + 8
else
H(k)=R(k) - 4
What values will be in the hash table after the following sequence of insertions?
55, 65, 8, 18, 20, 11, 56, 27, 15, 167
[Note: Draw the values using a hash table and show your work for partial credit.]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F452b7757-dc59-4444-9263-cd4d5477e7ab%2F6d35d18d-b89f-437d-88b3-ea1321357875%2Fn6grk95_processed.png&w=3840&q=75)
Transcribed Image Text:Draw the contents of the hash table given the following conditions:
The size of the hash table is 25.
Linear Probing is used to resolve collisions.
• The hash function H(k) should be calculated in the following way where k is the element
to be hashed:
R(k) = k mod (summation of last two digits of your student id + 7)
If R(k)<10
H(k)=R(k) + 8
else
H(k)=R(k) - 4
What values will be in the hash table after the following sequence of insertions?
55, 65, 8, 18, 20, 11, 56, 27, 15, 167
[Note: Draw the values using a hash table and show your work for partial credit.]
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