The most important element is that It must be short
Answer:
True.
Explanation:
In a recursive method, method call itself.If there is no control statement then it will call itself for infinite time.To prevent this we need to create a base/ termination condition in the recursive method. So that when it meets the base/termination condition, method will stop calling itself.
Here is an example of controlled recursive method :
void dig(int n)
{
// base condition to stop calling itself
if(n==0)
return;
else
{
cout<<n%10<<" ";
// function will itself until it meets the base condition
// recursive call
rdig(n/10);
}
}
this method to print the digits of a number in revers order.first it will print the last digit and update the number as num/10. this will repeat until num become 0. When it reaches the base condition it will stop calling itself and returned.
Answer:
im pretty sure it is the implementation phase. But i can't be too sure about it.
Answer:
The program code is written in the explanation.
Explanation:
def turn_clockwise(d):
if d=="N":
return "E"
elif d=="E":
return "S"
elif d=="S":
return "W"
elif d=="W":
return "N"
else:
return "None"
Output:
Answer: Rapid prototype
Explanation: Product conceptualization is the process in which concept of a product is analyzed for the growth and testing. Rapid prototype is used for this because it has rapid speed for the making of model of a product by using the computer aided design(CAD) . It has characteristic of making the prototype or model in the three dimension which makes conceptualization more quick that why rapid prototype is preferred.
