In this program, we will read an integer number and check number is Armstrong or not, and print an appropriate message on the console screen. Program/Source Code: The source code tofind the given number is Armstrong or not using theforloopis given below. The given program is compiled and...
Python program to check Armstrong number using object oriented approach# Define a class for Checking Armstrong number class Check : # Constructor def __init__(self,number) : self.num = number # define a method for checking number is Armstrong or not def isArmstrong(self) : # copy num ...
Note: In the above program, the cube of a number could be calculated using an exponent operator **. For example, sum += remainder ** 3; Example 2: Check Armstrong Number of n Digits // program to check an Armstrong number of n digits // take an input const number = prompt("Enter...
intpower(intnum,intr) { intloop; intprime = 1; for(loop = 1; loop <= r; loop=loop+1) prime = prime * num; returnprime; } Output of above program How it works: This table Shows Exactly What Occurs at each iteration of the while loop (assuming the num = 1634): Iterationremsum...
Like you mentioned, it's more complex to build, so I would avoid using a solution that would be harder to update for contributors. Since mocking for unit tests is widely adopted by the Python community, it seems like the most logical strategy to adopt here. Contributor dpeng817 Nov 12, ...
In the next line, a while loop is executed to check whether the value t is greater than 0. As long as the condition is True, t is divided by 10 using the % operator and the remainder is stored in a variable called d. Then in the line, arsum += d ** 3; the value in the ...
Now we are calculating the number of digits that user input has. For that, we have assigned num value to var, and we have taken a while loop. The while loop will be running until (var !=0) and then divide var by ten so that we can count the total number of digits in that numbe...
{ // copying the value of the parameter // into data members number = n; // declaring int type variables for indexing // and storing result int index, remain, result = 0; // while loop for manipulating the number while (number) { // remain contains the last element of the number...