Answer:
<u>Solution a</u>
- n = int(input("Enter an integer: "))
-
- sum = 0
-
- for x in range(1, n+1):
- sum += x
-
- print(sum)
<u>Solution b</u>
- n = int(input("Enter an integer: "))
-
- for a in range(1, n + 1):
- sum = 0
- for x in range(1, a+1):
- sum += x
- print(sum)
Explanation:
Solution code is written in Python 3.
<u>Solution a</u>
First get the user input for an integer (Line 1).
Create a variable sum and initialize it with zero value (Line 3).
Create a for loop to traverse through the number from 1 to integer n (inclusive) and sum up the current number x (Line 5-6).
Print the sum to terminal (Line 8).
<u>Solution b</u>
Create an outer for loop that traverse through the number from 1 to integer n (inclusive) (Line 3).
Create an inner loop that traverse through the number from 1 to current a value from the outer loop and sum up the current x value (Line 5-6).
Print the sum to terminal (Line 7) and proceed to next iteration and reset the sum to zero (Line 4).
Answer:
Breaking it down I guess for me, you could take down all the possible things that you could do. Eliminating things, one by one. It could help working on a computer by not letting yourself get over-whelmed by all your programming and thinking "alright, this THEN this."
Explanation:
<span>In object-oriented approach, functions used to carry out subtasks are also called "helper" functions, because they are usually used by other functions in the object to complete "sub-tasks". Functions are also known as â€methods’. When the task to be carried out by an object is complicated, it is preferable to break it into subtasks or subroutines. It is accomplished by helper functions. They may or may not accept data and may or may not return a value.</span>
Answer:
char line[50];
cin.get(line,50);
Explanation:
The "char" data type stores character data in a fixed-length field.
