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).
The correct answer is:
a. All parts of the circuit will begin to carry higher amounts of current than normal.
Explanation:
When two or more than two conductors of different phases touch each other in a power line, the part of the impedance is shunted out of the circuit due to which a large current flow in the un-faulted phases, such current is called the short circuit current. Short circuit current decreases the impedance in the circuit while the current in the circuit increases.
A user hacking or looking up utter nonsense....sorry if it didn't help
D
Explanation:
D.spread sheet
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Black-hat hacker is the answer. Hope this helps.
