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JavaScript Program to Condense a Number
Photo Credit to CodeToFun
π Introduction
In the realm of programming, various tasks involve manipulating and transforming numbers. One interesting problem is condensing a number, which means reducing a number by summing its digits until a single-digit number is obtained. This process is often referred to as finding the digital root or digit sum.
In this tutorial, we will explore a JavaScript program designed to condense a given number. The program involves repeatedly summing the digits of the number until a single-digit result is achieved.
π Example
Let's delve into the JavaScript code that accomplishes this task.
<!DOCTYPE html>
<html>
<body>
<script>
// Function to condense a number
function condenseNumber(number) {
// Continue summing digits until a single-digit number is obtained
while (number > 9) {
let sum = 0;
// Sum the digits of the number
while (number > 0) {
sum += number % 10;
number = Math.floor(number / 10);
}
// Update the number with the sum
number = sum;
}
// Return the condensed number
return number;
}
// Driver program
// Replace this value with the number you want to condense
const number = 9875;
// Call the function to condense the number
const condensedNumber = condenseNumber(number);
// Display the result
console.log(`The condensed form of ${number} is: ${condensedNumber}`);
</script>
</body>
</html>
π» Testing the Program
To test the program with different numbers, modify the value of number in the code.
The condensed form of 9875 is: 2
π§ How the Program Works
- The program defines a function condenseNumber that takes a number as input and condenses it by summing its digits until a single-digit result is obtained.
- Replace the value of number in the main program with the desired number you want to condense.
- The program calls the condenseNumber function and prints the result using console.log.
π§ Understanding the Concept of Condensing a Number
Before delving into the code, let's understand the concept behind condensing a number. The process involves repeatedly summing the digits of the number until a single-digit result is achieved.
For example, consider the number 9875. The program would calculate 9 + 8 + 7 + 5 = 29, then 2 + 9 = 11, and finally 1 + 1 = 2. The condensed form is 2.
π’ Optimizing the Program
While the provided program is straightforward, consider exploring and implementing alternative approaches or optimizations for condensing numbers.
Feel free to incorporate and modify this code as needed for your specific use case. Happy coding!
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