Question

using separate chaining to resolve hash collisions, after inserting the following five items into a hash table of capacity 5, in the order given, what does the hash table look like

Answer 1

Answer:Let's assume we have the following items to be inserted into a hash table of capacity 5, in the given order:

Item A

Item B

Item C

Item D

Item E

Now, let's consider a simple hash function that takes the first character of each item and maps it to an index in the hash table:

Hash Function: First character's ASCII value % 5

Using this hash function, the items would be distributed into the hash table as follows:

Index 0: (collision)

Item A

Index 1:

Item B

Index 2: (collision)

Item C

Index 3:

Item D

Index 4:

Item E

In this example, items A and C have collided, so we use separate chaining to handle the collision. We store them in a linked list at index 0, while the other items occupy their respective indices in the hash table.

Please note that this is just a simplified example to demonstrate the concept of separate chaining. In practice, the actual distribution and handling of collisions may vary depending on the specific hash function and implementation details.

Step-by-step explanation: