The term "dynamic programming" refers to a mathematical optimisation method that involves breaking down a complex problem into smaller subproblems and solving them recursively.

How much more time and memory does it take for a computer to execute a recursive function compared to a non-recursive one?

Palindrome should have a recursive definition.

Devise a recursive algorithm that finds the index of the smallest number in an array (sequence of numbers).  in c++

Why does dynamic programming provide faster solutions that recursive algorithms solving the same problem? 1.avoids resolving overlapping subproblems   2.dynamic programming uses dynamic memory that is more efficient than stack memory   3.loops are always faster than recursion   4.dynamic uses arrays that are faster than function calls

There are two important parts to every simple recursive function: the base case, and the recursive call that makes progress towards the base case. Something that can go wrong with recursion when it is used incorrectly is a stack overflow. Explain two different ways that a recursive function could be written incorrectly that could lead to stack overflow. Hint: one has something to do with the base case, and the other with the recursive call. 1. Enter your answer here 2. Enter your answer here

Recursive solutions can often be solved with non-recursive loop based implementations. Explain how a developer would decide which solution (recursive vs. non-recursive) he/she would implement in final production code.

What is the overhead associated with the execution of a recursive function, both in terms of the amount of memory space and the amount of time needed by the computer, and how is it represented as a percentage?

List and explain 3 reasons why recursive functions generally considered to be more inefficient compared to iterative methods?

TRUE OR FASLE A recursive solution can be implemented within two function one that is recursive and one that is not   C PROGRAMMING LANGUAGE