Answer:
all inputs are equal to <u>3</u>
Step-by-step explanation:



Answer:
5
Step-by-step explanation:
dont really understand why you answered your own question?
25% of 8 is 2, 8-2=6
2 are red, 6 are blue
Answer:
In programming, a recursive function is a function that calls itself. Recursion is used very commonly in programming, although many simple examples (including some shown in this section) are actually not very efficient and can be replaced by iterative methods (loops or vectorized code in MATLAB).
Step-by-step explanation: