Recursive Fibonacci Function Concepts

The video tutorial encourages viewers to write a recursive Fibonacci function. It explains the function's base cases and demonstrates its execution with examples. The tutorial also discusses simplifying the function for efficiency and highlights the computational intensity of recursive calls.

What is the primary goal of the video tutorial?

• To discuss the efficiency of iterative algorithms.

• To explain the history of the Fibonacci sequence.

• To teach how to write a recursive Fibonacci function.

• To demonstrate the use of loops in programming.

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CCSS.HSF.IF.A.3

What are the base cases for the recursive Fibonacci function?

• The 2nd and 3rd terms.

• The 3rd and 4th terms.

• The 1st and 2nd terms.

• The 0-th and 1st terms.

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CCSS.HSF.IF.A.3

How does the recursive Fibonacci function calculate a term?

• By dividing the two preceding terms.

• By adding the two preceding terms.

• By multiplying the two preceding terms.

• By subtracting the two preceding terms.

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CCSS.HSF.IF.A.3

What is the result of Fibonacci(2) using the recursive function?

• 0

• 3

• 1

• 2

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CCSS.HSF.IF.A.3

What is the result of Fibonacci(3) using the recursive function?

• 3

• 2

• 1

• 4

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CCSS.HSF.IF.A.3

What simplification can be made to the recursive function for the base cases?

• Return n if n is less than 3.

• Return n if n is less than 4.

• Return n if n is less than 2.

• Return n if n is less than 5.

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CCSS.HSF.IF.A.3

What is the result of Fibonacci(10) using the simplified function?

• 144

• 34

• 55

• 89

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CCSS.HSF.IF.A.3

What is a potential downside of the recursive Fibonacci function?

• It is computationally intensive.

• It is difficult to understand.

• It is not accurate.

• It requires a lot of memory.

What happens when you call Fibonacci(6) using the recursive function?

• It returns an error.

• It uses a loop to find the result.

• It calculates the result instantly.

• It makes multiple calls to calculate the result.

What future topic is hinted at in the video?

• Computational efficiency of different implementations.

• The use of loops in programming.

• The application of Fibonacci in nature.

• The history of the Fibonacci sequence.