1' Excel VBA Function for Altman Z-Score Calculation
2Function AltmanZScore(wc As Double, re As Double, ebit As Double, mve As Double, tl As Double, sales As Double, ta As Double) As Double
3    Dim X1 As Double, X2 As Double, X3 As Double, X4 As Double, X5 As Double
4    
5    X1 = wc / ta
6    X2 = re / ta
7    X3 = ebit / ta
8    X4 = mve / tl
9    X5 = sales / ta
10    
11    AltmanZScore = 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5
12End Function
13
14' Usage in a cell:
15' =AltmanZScore(A1, B1, C1, D1, E1, F1, G1)
16' Where A1 to G1 contain the respective input values
17

1## Altman Z-Score Calculation in Python
2def calculate_z_score(wc, re, ebit, mve, tl, sales, ta):
3    X1 = wc / ta
4    X2 = re / ta
5    X3 = ebit / ta
6    X4 = mve / tl
7    X5 = sales / ta
8    z_score = 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5
9    return z_score
10
11## Example usage:
12wc = 50
13re = 200
14ebit = 100
15mve = 500
16tl = 400
17sales = 600
18ta = 800
19
20z = calculate_z_score(wc, re, ebit, mve, tl, sales, ta)
21print(f"Altman Z-Score: {z:.2f}")
22

1// JavaScript Altman Z-Score Calculation
2function calculateZScore(wc, re, ebit, mve, tl, sales, ta) {
3  const X1 = wc / ta;
4  const X2 = re / ta;
5  const X3 = ebit / ta;
6  const X4 = mve / tl;
7  const X5 = sales / ta;
8  const zScore = 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5;
9  return zScore;
10}
11
12// Example usage:
13const zScore = calculateZScore(50, 200, 100, 500, 400, 600, 800);
14console.log(`Altman Z-Score: ${zScore.toFixed(2)}`);
15

1// Java Altman Z-Score Calculation
2public class AltmanZScore {
3    public static double calculateZScore(double wc, double re, double ebit, double mve, double tl, double sales, double ta) {
4        double X1 = wc / ta;
5        double X2 = re / ta;
6        double X3 = ebit / ta;
7        double X4 = mve / tl;
8        double X5 = sales / ta;
9        return 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5;
10    }
11
12    public static void main(String[] args) {
13        double zScore = calculateZScore(50, 200, 100, 500, 400, 600, 800);
14        System.out.printf("Altman Z-Score: %.2f%n", zScore);
15    }
16}
17

1## R Altman Z-Score Calculation
2calculate_z_score <- function(wc, re, ebit, mve, tl, sales, ta) {
3  X1 <- wc / ta
4  X2 <- re / ta
5  X3 <- ebit / ta
6  X4 <- mve / tl
7  X5 <- sales / ta
8  z_score <- 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5
9  return(z_score)
10}
11
12## Example usage:
13z_score <- calculate_z_score(50, 200, 100, 500, 400, 600, 800)
14cat("Altman Z-Score:", round(z_score, 2))
15

1% MATLAB Altman Z-Score Calculation
2function z_score = calculate_z_score(wc, re, ebit, mve, tl, sales, ta)
3    X1 = wc / ta;
4    X2 = re / ta;
5    X3 = ebit / ta;
6    X4 = mve / tl;
7    X5 = sales / ta;
8    z_score = 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5;
9end
10
11% Example usage:
12z_score = calculate_z_score(50, 200, 100, 500, 400, 600, 800);
13fprintf('Altman Z-Score: %.2f\n', z_score);
14

1// C++ Altman Z-Score Calculation
2#include <iostream>
3
4double calculateZScore(double wc, double re, double ebit, double mve, double tl, double sales, double ta) {
5    double X1 = wc / ta;
6    double X2 = re / ta;
7    double X3 = ebit / ta;
8    double X4 = mve / tl;
9    double X5 = sales / ta;
10    return 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5;
11}
12
13int main() {
14    double zScore = calculateZScore(50, 200, 100, 500, 400, 600, 800);
15    std::cout << "Altman Z-Score: " << zScore << std::endl;
16    return 0;
17}
18

1// C# Altman Z-Score Calculation
2using System;
3
4class Program
5{
6    static double CalculateZScore(double wc, double re, double ebit, double mve, double tl, double sales, double ta)
7    {
8        double X1 = wc / ta;
9        double X2 = re / ta;
10        double X3 = ebit / ta;
11        double X4 = mve / tl;
12        double X5 = sales / ta;
13        return 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5;
14    }
15
16    static void Main()
17    {
18        double zScore = CalculateZScore(50, 200, 100, 500, 400, 600, 800);
19        Console.WriteLine($"Altman Z-Score: {zScore:F2}");
20    }
21}
22

1// Go Altman Z-Score Calculation
2package main
3
4import (
5    "fmt"
6)
7
8func calculateZScore(wc, re, ebit, mve, tl, sales, ta float64) float64 {
9    X1 := wc / ta
10    X2 := re / ta
11    X3 := ebit / ta
12    X4 := mve / tl
13    X5 := sales / ta
14    return 1.2*X1 + 1.4*X2 + 3.3*X3 + 0.6*X4 + X5
15}
16
17func main() {
18    zScore := calculateZScore(50, 200, 100, 500, 400, 600, 800)
19    fmt.Printf("Altman Z-Score: %.2f\n", zScore)
20}
21

1// Swift Altman Z-Score Calculation
2func calculateZScore(wc: Double, re: Double, ebit: Double, mve: Double, tl: Double, sales: Double, ta: Double) -> Double {
3    let X1 = wc / ta
4    let X2 = re / ta
5    let X3 = ebit / ta
6    let X4 = mve / tl
7    let X5 = sales / ta
8    return 1.2 * X1 + 1.4 * X2 + 3.3 * X3 + 0.6 * X4 + X5
9}
10
11// Example usage:
12let zScore = calculateZScore(wc: 50, re: 200, ebit: 100, mve: 500, tl: 400, sales: 600, ta: 800)
13print(String(format: "Altman Z-Score: %.2f", zScore))
14