please send code Have you ever wondered if you can quantify the reproduction of

Question

please send code

Have you ever wondered if you can quantify the reproduction of rabbits in the wild? In the 13th century a famous Italian Mathematician Leonardo Bonacci, known commonly as Fibonacci, wrote a book including this example. Under certain idealistic assumptions, his results were that if we start with one pair of rabbits, then the number of pairs of rabbits after N breeding seasons, equals the number of pairs of rabbits after N-l breeding seasons plus the number of pairs of rabbits after N-2 breeding seasons. So in season 1 we have 1 pair; season 2 we have 0+1=1 pair Season 3; we have 1+1=2 pairs Season 4; we have 1+2=3 pairs, etc...Thus let Fibonacci(N) denote the number of pairs in the Nth breeding season. Then, Fibonacci(N)= Fibonacci(N-l) +Fibonacci(N-2) Of course we have two base cases, Fibonacci(0)=0, and Fibonacci(l)=l Create a project in Java called Fibonacci Add a class with main. Implement a function, int Fibonacci (int N), in Java, and define it recursively so It satisfies the above recursion. It should have the following form int Fibonacci (int N){if(N==0){return some integer}else if (N==l){return some integer}else{use the recursion above to return something in terms of the Fibonacci function.}

Explanation / Answer

public class Fibonacci {
  
public static void main(String arg[]) {
//calculate fib for value 10
System.out.println(fibonacci(10));
}
  
public static int fibonacci(int val){
if(val == 0)
return 0;
else if(val == 1)
return 1;
else
return fibonacci(val-1) + fibonacci(val-2);   
}
}

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