/**
 * This function takes three parameters:
 * - dividend: a floating-point number representing the number to be divided
 * - divisor: a floating-point number representing the number to divide by
 * - precision: an integer representing the number of decimal places to round the division result to
 *
 * The function aims to perform the division using the division assignment operator (/=) and then round the result
 * to a specified precision given by the number of decimal places. The function returns the rounded result.
 *
 * Example:
 * divisionRoundingPrecision(10.0, 3.33, 2) -> 3.0
 *
 * Note: The division assignment operator (/=) is used to divide the dividend by the divisor and assign the result
 * back to the dividend variable. For example, x /= y is equivalent to x = x / y.
 */
fun divisionRoundingPrecision(dividend: Double, divisor: Double, precision: Int): Double {

    // Perform division using the division assignment operator and assign it back to the dividend variable
    var result = dividend / divisor

    // Round the division result to the specified precision
    val roundedResult = "%.${precision}f".format(result).toDouble()

    // Return the rounded result
    return roundedResult
}
/**
 * This function takes three parameters:
 * - dividend: a floating-point number representing the number to be divided
 * - divisor: a floating-point number representing the number to divide by
 * - precision: an integer representing the number of decimal places to round the division result to
 *
 * The function aims to perform the division using the division assignment operator (/=) and then round the result
 * to a specified precision given by the number of decimal places. The function returns the rounded result.
 *
 * Example:
 * divisionRoundingPrecision(10.0, 3.33, 2) -> 3.0
 *
 * Note: The division assignment operator (/=) is used to divide the dividend by the divisor and assign the result
 * back to the dividend variable. For example, x /= y is equivalent to x = x / y.
 */
fun divisionRoundingPrecision(dividend: Double, divisor: Double, precision: Int): Double {
/**
 * This function takes three parameters:
 * - dividend: a floating-point number representing the number to be divided
 * - divisor: a floating-point number representing the number to divide by
 * - precision: an integer representing the number of decimal places to round the division result to
 *
 * The function aims to perform the division using the division assignment operator (/=) and then round the result
 * to a specified precision given by the number of decimal places. The function returns the rounded result.
 *
 * Example:
 * divisionRoundingPrecision(10.0, 3.33, 2) -> 3.0
 *
 * Note: The division assignment operator (/=) is used to divide the dividend by the divisor and assign the result
 * back to the dividend variable. For example, x /= y is equivalent to x = x / y.
 */
fun divisionRoundingPrecision(dividend: Double, divisor: Double, precision: Int): Double {

    // Perform division using the division assignment operator and assign it back to the dividend variable
    var result = dividend / divisor

    // Round the division result to the specified precision
    val roundedResult = "%.${precision}f".format(result).toDouble()

    // Return the rounded result
    return roundedResult
}