/**
 * Complete the code to find the intersection of 'Not Equal' and 'Floating-point error and understanding epsilon'
 */
fun economistExercise() {

    // Define two floating-point numbers
    val a = 0.1
    val b = 0.2

    // Define the epsilon value
    val epsilon = 1e-10

    // Check if a and b are not equal within epsilon
    if (floatingPointError(epsilon, a, b)) {
        println("a and b are not equal within the given epsilon.")
    } else {
        println("a and b are equal within the given epsilon.")
    }
}

fun floatingPointError(epsilon: Double, a: Double, b: Double): Boolean {
    return Math.abs(a - b) > epsilon
}
/**
 * Complete the code to find the intersection of 'Not Equal' and 'Floating-point error and understanding epsilon'
 */
fun economistExercise() {
/**
 * Complete the code to find the intersection of 'Not Equal' and 'Floating-point error and understanding epsilon'
 */
fun economistExercise() {

    // Define two floating-point numbers
    val a = 0.1
    val b = 0.2

    // Define the epsilon value
    val epsilon = 1e-10

    // Check if a and b are not equal within epsilon
    if (floatingPointError(epsilon, a, b)) {
        println("a and b are not equal within the given epsilon.")
    } else {
        println("a and b are equal within the given epsilon.")
    }
}

fun floatingPointError(epsilon: Double, a: Double, b: Double): Boolean {
    return Math.abs(a - b) > epsilon
}