Below is C code and Python code for an algorithm.
C code:
void foo( int n,...
Below is C code and Python code for an algorithm.
C code:
void foo( int n, int A, int B, int C ) {
if( n==1 ) {
printf("%d to %d\n",A,B);
return;
}
foo( n-1, A, C, B );
printf("%d to %d\n",A,B);
foo( n-1, B, C, A );
Python code:
def foo(n , A, B, C):
if n==1:
print A, "to", B
return
foo(n-1, A, C, B)
print A, "to", B
foo(n-1, B, C, A)
Let Hn be the number...
The code segment in Listing 1, when completed and executed,
creates nums, an uninitialized 4-integer array....
The code segment in Listing 1, when completed and executed,
creates nums, an uninitialized 4-integer array. It stores
4 and 5 as the first and second elements, respectively, of the
array. It adds the first and second elements of the array and
stores their sum as the third element of the nums. It
prints the third element of nums. It then adds the second
and third elements of the array and stores their sum as the fourth
element of nums....
QUESTION 1
For the following recursive function, find f(5):
int f(int n)
{
if (n ==...
QUESTION 1
For the following recursive function, find f(5):
int f(int n)
{
if (n == 0)
return 0;
else
return n * f(n - 1);
}
A.
120
B.
60
C.
1
D.
0
10 points
QUESTION 2
Which of the following statements could describe the general
(recursive) case of a recursive algorithm?
In the following recursive function, which line(s) represent the
general (recursive) case?
void PrintIt(int n ) // line 1
{ // line 2...