Which of the following algorithms will run in constant time?(1 point) Responses sorting an array sorting an array binary search on a sorted array binary search on a sorted array traversing an array traversing an array accessing an element of an array

Answer 1

The algorithm that will run in constant time (O(1)) is accessing an element of an array.

• Sorting an array: This requires O(n log n) time complexity.
• Binary search on a sorted array: This has a time complexity of O(log n).
• Traversing an array: This has a time complexity of O(n).

Thus, the only operation that runs in constant time is accessing an element of an array.

Answer 2

Which of these matches keys to values and stores and stores them?(1 point) Responses hash table hash table unsorted array unsorted array efficiency efficiency simple data structure

Answer 3

The correct response that matches keys to values and stores them is a hash table. A hash table is a data structure that uses a hash function to map keys to values, enabling efficient data retrieval.

• Unsorted array: This does not inherently match keys to values, as it simply stores elements in an array without associated keys.
• Efficiency: This term refers to the performance of an algorithm or data structure, not a specific data structure.
• Simple data structure: This is a general term and does not specifically relate to the matching of keys to values.

Therefore, the answer is hash table.