![]() We have to move disks from J to L using K, so we have written the function as " J, L, and K" in the below command. In the next line, we have used a void, which is used as the function return type, and hanoifun, which works as a Hanoi function in C and C . ![]() Move disk 1 from tower K to tower L Explanation of Above Codeįirst, we put all the basic details and command lines for starting the recursive method in C: ![]() Output Move disk 1 from tower J to tower K Hanoifun(n, 'J', 'L', 'K') // J, K and L are the name of rod Int n = 4 // n implies the number of disks Printf("\n Move disk %d from tower %c to tower %c", n, J, L) Printf("\n Move disk 1 from tower %c to tower %c", J, L) Void hanoifun(int n, char J, char L, char K) Here is the syntax of the recursive method we can put in place for solving the tower of Hanoi in C: /* C program for Tower of Hanoi*/ Step 3: Move the first disk from 'K' to 'L'Ĭode for Tower of Hanoi in C Using Recursive Method Step 2: Move the second disk from 'J' to 'L' Step 1: Move the first disk from 'J' to 'K' Step 3: Move the first disk from 'K' to 'L.' Step 2: Move the second disk from 'J' to 'L.' Step 1: Move the first disk from 'J' to 'K.' ![]() Here is a little explanation about the approach we can perform in the recursive method of the Tower of Hanoi in C. When you execute this syntax then you will get an output like this: J to K The syntax of this puzzle will be: #include In this example, we have three towers named J, K, and L, so we need to solve it, and the input of this Tower of Hanoi puzzle is 3. So let's take a simple example of a recursive method in C to understand this procedure easily. The recursion method is useful in solving small problems, and many things should be kept in mind to solve these problems. Recursion is the process in which any function calls itself while its execution occurs in the system.
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