calculating depreciation

bossenb6

I have an assignment to calculate depreciation using straight line, double declining balance and sum of the years digits. Heres what I have so far, but I can't seem to figure it out. Please help!!

Expand|Select|Wrap|Line Numbers

 
public class LabTest1Initialize

{

    public static void main(String[] args)

    {  
 
    // declare an integer (array) array with 6 rows (6 assets)  

    // & 5 columns (5 attributes for each asset)

        int assetInfo[][] = new int [6][5];
 
    // populate the first row with asset#100 information

        assetInfo[0][0] = 100;        //asset number

        assetInfo[0][1] = 3000;        //acquisitionCost

        assetInfo[0][2] = 300;        //approximateSalvageValue 

        assetInfo[0][3] = 6;        //numberOfYearsUsefulLife

        assetInfo[0][4] = 1;        //deprecationMethod    
 
        // populate the second row with asset#101 information

        assetInfo[1][0] = 101;        //asset number

        assetInfo[1][1] = 25000;    //acquisitionCost

        assetInfo[1][2] = 1000;        //approximateSalvageValue 

        assetInfo[1][3] = 3;        //numberOfYearsUsefulLife

        assetInfo[1][4] = 2;        //deprecationMethod    
 
        // populate the third row with asset#102 information

        assetInfo[2][0] = 102;        //asset number

        assetInfo[2][1] = 9000;        //acquisitionCost

        assetInfo[2][2] = 500;        //approximateSalvageValue 

        assetInfo[2][3] = 5;        //numberOfYearsUsefulLife

        assetInfo[2][4] = 1;        //deprecationMethod    
 
        // populate the fourth row with asset#103 information

        assetInfo[3][0] = 103;        //asset number

        assetInfo[3][1] = 7500;        //acquisitionCost

        assetInfo[3][2] = 1500;        //approximateSalvageValue 

        assetInfo[3][3] = 7;        //numberOfYearsUsefulLife

        assetInfo[3][4] = 2;        //deprecationMethod    
 
        // populate the fifth row with asset#104 information

        assetInfo[4][0] = 104;        //asset number

        assetInfo[4][1] = 21000;    //acquisitionCost

        assetInfo[4][2] = 1000;        //approximateSalvageValue 

        assetInfo[4][3] = 6;        //numberOfYearsUsefulLife

        assetInfo[4][4] = 2;        //deprecationMethod    
 
        // populate the sixth row with asset#105 information

        assetInfo[5][0] = 105;        //asset number

        assetInfo[5][1] = 22000;    //acquisitionCost

        assetInfo[5][2] = 2000;        //approximateSalvageValue 

        assetInfo[5][3] = 5;        //numberOfYearsUsefulLife

        assetInfo[5][4] = 3;        //deprecationMethod    
 
    // loop does rows one at a time for each asset

        for(int row = 0; row <= 5; row++)

        {

        int assetNumber = assetInfo[row][0];

        double acquisitionCost = assetInfo[row][1];

        double salvageValue = assetInfo[row][2];

        double numberOfYears = assetInfo[row][3];

        int depreciationMethod = assetInfo[row][4]; 
 
         System.out.println (" asset number = " + assetNumber);

         System.out.println (" acquisition cost of asset = " + (int)acquisitionCost);

        System.out.println (" salvage value = " + (int)salvageValue);

        System.out.println (" number of years = " + (int)numberOfYears);

         System.out.println (" depreciation method  = " + depreciationMethod);
 
        // switch statement (page 51 in book) checks for depreciation method
 
        for(int y=1; y<=3 ; y++)
 
        switch (depreciationMethod)

            {
 
            case 1: System.out.println (" straight line depreciation ");

                        double StraightLineDepreciation = ((acquisitionCost-salvageValue)/numberOfYears);

                         double AccumulatedDeprecaitionSL = (StraightLineDepreciation*y);                                     

                        System.out.println ("Asset number " + assetNumber + " uses straight line depreciation");

                        System.out.println (" depreciation charge for asset number " + assetNumber + " in year " + y + "=" + StraightLineDepreciation);

                        System.out.println ("accumulated depreciation is " + AccumulatedDeprecaitionSL);    

                    break;

            case 2: System.out.println (" sum of years digits depreciation ");

                        int SumofYears = ()

                    break;    

            case 3: System.out.println ("double declining balance depreciation ");

                        double DDBDepreciation = ((BookValue-salvageValue)*2.0/(numberOfYears-y));

                        double AccumulatedDepreciationDDB = (DDBDepreciation*y);

                        System.out.println("Asset number " + assetNumber + " uses double declining balance depreciation");

                        System.out.println (" depreciation charge for asset number " + assetNumber + " in year " + y + "=" + DDBDepreciation );

                        System.out.println ("accumulated depreciation is " + AccumulatedDepreciationDDB);

                    break;    

            }
 
            System.out.println (); // print a blank line

        } // end of loop for each asset
 
    }

}

r035198x

Please use code tags if you have to post code.
Also, don't just dump your code here and say "I can't figure it out". What exactly can't you figure out. Does it compile? Where does it fail? Do you understand the depreciation method you are supposed to use?

Frinavale

Well, reading through your nicely commented code everything looks fine....looks like it should work...

What is the problem you're having?
What can't you figure out?

calculating depreciation

re: calculating depreciation

re: calculating depreciation

Similar Java bytes

/bytes/development

/bytes/it

/bytes/about