Note: You may need a larger data type, factorials become very big very quickly and may cause an overflow long factorial(int x) { if(x == 1) return 1; . return((long) factorial(x-1) * x);
Yes, but a recursive function running for a long time would eventually cause your program to crash.
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* Debugging is easier * It is easier to understand the logic involved in the program * Testing is easier * Recursive call is possible * Irrelevant details in the user point of view are hidden in functions * Functions are helpful in generalizing the program
1) Recursive algorithms 2) Basic Principle 3) Analysis
Because a tree is a recursive data-structure. It's easier to write (and easier to understand) a recursive program for handling it.
write a java program to find factorial using recursive and non recursive
When a recursive function never encounters a base case, it leads to infinite recursion. This means the function keeps calling itself indefinitely, consuming memory and CPU resources. Eventually, this results in a stack overflow error, causing the program to crash or terminate unexpectedly. Properly designed recursive functions must always include a base case to prevent this situation.
see the program
x -=y;
Catherine followed Peter the Great and continued to implement his program.
1 hour ago my c program said no, but now I know 5 actually is an integer!
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