Q4. The attached Java program (Recursion_Demo.java) (C# version is also attached) demonstrates the concept of recursion. The program inputs the value of n from the user and then the recursive RDemo method prints the following sequence: n (n-1) (n-2)... 1123 ... n Execute the program and check it out for yourself. You will write a MIPS program which MUST use a non-leaf procedure to implement this recursive method. Your program will define a non-leaf procedure RDemo which will be called recursively for n>=1. RDemo will return when n<1. Your program will print the user prompt and take n as an input in the main program. The output on the screen must be just similar to the Java program - there will be space between the integers. Obviously, your MIPS program will not implement the

The sorted values array contains the sixteen integers 1, 2, 3, 13, 13, 20, 24, 25, 30, 32, 40, 45, 50, 52, 57, 60. How many recursive calls are made by our binarySearch method given an initial invocation of binarySearch(45, 0, 15)?  A. 3.  B. 1.  C. 4  D.  2.  E. 0 A recursive definition is a definition (choose the best answer): A. that is recursive. B.  in which something is defined in smaller terms of itself.  C.  which uses a mathematical equation. D. where a base case is defined. E. that repeats itself. Recursion is implemented by the system: A. using run time storage allocation. B. using static storage allocation.  C. using a single static "stack frame".  D. using compile time storage allocation.

Q1. Write a recursive method to compute the following series: 1 1 f(i) =,+-++ 6. ... 2i Write a test program that displays f(i) for i = 1, 2, 3, 4, and 5. Sample run i = 1 i = 2 i = 3 i = 4 f(i) = 0.50 f(i) = 0.75 f(i) = 0.92 f(i) = 1.04 f(i) = 1.14

write a code in java (using recursion)