REMINDER: - Every recursive function must have one or more base cases, - The general (recursive) case must eventually be reduced to a base case (terminating condition), - The base case stops the...


REMINDER:<br>- Every recursive function must have one or more base cases,<br>- The general (recursive) case must eventually be reduced to a base case (terminating condition),<br>- The base case stops the recursion,<br>- Every recursive call has its own copy of parameters and the local variables [1),<br>-A recursive function is a function that calls itself (5).<br>Let a be an array of integers. Present recursive algorithms and write their C<br>implementations to compute:<br>the maximum (minimum) element of the array,<br>• the sum (product) of the elements of the array,<br>• the average of the elements of the array<br>HINT: Use functions having the following prototypes:<br><retura type> name_of_the_function (int al 1, int n);<br>For example, function that computes maximum/minimum element in the array can<br>be named as find_max()/ find min ().<br>

Extracted text: REMINDER: - Every recursive function must have one or more base cases, - The general (recursive) case must eventually be reduced to a base case (terminating condition), - The base case stops the recursion, - Every recursive call has its own copy of parameters and the local variables [1), -A recursive function is a function that calls itself (5). Let a be an array of integers. Present recursive algorithms and write their C implementations to compute: the maximum (minimum) element of the array, • the sum (product) of the elements of the array, • the average of the elements of the array HINT: Use functions having the following prototypes: name_of_the_function (int al 1, int n); For example, function that computes maximum/minimum element in the array can be named as find_max()/ find min ().

Jun 06, 2022
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