The answer is "Looping construct".

Here's why:

1. Base case: This is necessary in a recursive function to prevent it from calling itself indefinitely. The base case is the condition that stops the recursion.

2. Looping construct: This is not required in a recursive function. In fact, the purpose of recursion is often to avoid the need for explicit loops. The function keeps calling itself until the base case is met, which provides the looping mechanism.

3. Recursive call: This is obviously necessary in a recursive function. It's the call that the function makes to itself.

4. Initialization: This is often necessary in a recursive function to set the initial state before the recursion starts. However, it's not always required, depending on the nature of the function. But it's more common than not.

Question

The answer is "Looping construct".

Here's why:

1. Base case: This is necessary in a recursive function to prevent it from calling itself indefinitely. The base case is the condition that stops the recursion.

2. Looping construct: This is not required in a recursive function. In fact, the purpose of recursion is often to avoid the need for explicit loops. The function keeps calling itself until the base case is met, which provides the looping mechanism.

3. Recursive call: This is obviously necessary in a recursive function. It's the call that the function makes to itself.

4. Initialization: This is often necessary in a recursive function to set the initial state before the recursion starts. However, it's not always required, depending on the nature of the function. But it's more common than not.

Knowee AI · Accepted Answer

The answer is "Looping construct".

Here's why:

1. Base case: This is necessary in a recursive function to prevent it from calling itself indefinitely. The base case is the condition that stops the recursion.

2. Looping construct: This is not required in a recursive function. In fact, the purpose of recursion is often to avoid the need for explicit loops. The function keeps calling itself until the base case is met, which provides the looping mechanism.

3. Recursive call: This is obviously necessary in a recursive function. It's the call that the function makes to itself.

4. Initialization: This is often necessary in a recursive function to set the initial state before the recursion starts. However, it's not always required, depending on the nature of the function. But it's more common than not.

Which of the following is not required for a recursive function? Marks : 1Negative Marks : 0Answer hereBase caseLooping constructRecursive callInitialization

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