Suppose that you insert the string key "F" into the following linear-probing hash table (with no resizing): key hash(key) 0 1 3 4. 15 A 5 5 keys [] A 4 F Which of the following elementary operations will occur? Mark all that apply. hash("A") hash("B"). hash("D") hash("F") Okeys(41.equals ("F") keys[5).equals("F") keys(6),equale( F")

Computer Networking: A Top-Down Approach (7th Edition)
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Author:James Kurose, Keith Ross
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Chapter1: Computer Networks And The Internet
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### Linear-Probing Hash Table Example

#### Problem Statement
Suppose that you insert the string key `"F"` into the following linear-probing hash table (with no resizing):

#### Current Hash Table State

- **Keys Array:**
  - Index 0: `C`
  - Index 1: `E`
  - Index 2: (empty)
  - Index 3: (empty)
  - Index 4: `D`
  - Index 5: `A`
  - Index 6: `B`
  - Index 7: (empty)

- **Hash Function Information:**

  | Key | hash(key) |
  |-----|-----------|
  | A   | 5         |
  | B   | 5         |
  | C   | 0         |
  | D   | 4         |
  | E   | 0         |
  | F   | 5         |

#### Question
Which of the following elementary operations will occur?

**Mark all that apply:**

- [ ] `hash("A")`
- [ ] `hash("B")`
- [ ] `hash("D")`
- [ ] `hash("F")`
- [ ] `keys[4].equals("F")`
- [ ] `keys[5].equals("F")`
- [ ] `keys[6].equals("F")`

This exercise involves understanding how linear probing resolves collisions in hash tables by checking each index starting from the hash value until an empty slot is found.
Transcribed Image Text:### Linear-Probing Hash Table Example #### Problem Statement Suppose that you insert the string key `"F"` into the following linear-probing hash table (with no resizing): #### Current Hash Table State - **Keys Array:** - Index 0: `C` - Index 1: `E` - Index 2: (empty) - Index 3: (empty) - Index 4: `D` - Index 5: `A` - Index 6: `B` - Index 7: (empty) - **Hash Function Information:** | Key | hash(key) | |-----|-----------| | A | 5 | | B | 5 | | C | 0 | | D | 4 | | E | 0 | | F | 5 | #### Question Which of the following elementary operations will occur? **Mark all that apply:** - [ ] `hash("A")` - [ ] `hash("B")` - [ ] `hash("D")` - [ ] `hash("F")` - [ ] `keys[4].equals("F")` - [ ] `keys[5].equals("F")` - [ ] `keys[6].equals("F")` This exercise involves understanding how linear probing resolves collisions in hash tables by checking each index starting from the hash value until an empty slot is found.
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