Difference between revisions of "Completing the model"

Revision as of 04:05, 15 September 2007

1. Bring up edit table of 'Miles per year'.

2. Enter the values as shown in screenshot below

3. Select 'Fuel cost' and bring up it's result table. {Your test result would be similar with the screenshot}

4. Go back to main diagram.

5. Bring up result table of 'Total cost'. 6. Compare your result table with the screenshot below.

@@ Line 1: / Line 1: @@
-:'''a.''' Bring up ‘object window’ of ‘Maintenance cost’node.
+. Bring up edit table of 'Miles per year'.
-:'''b.''' Type ‘$/year’ on ‘Units’ field
-:'''c.''' In ‘Description’ field, type ‘Annual car maintenance costs such as oil changes’
+. Enter the values as shown in screenshot below
-:'''d.''' Enter ‘2400’ in the ‘Definition’ field
-:'''e.''' Press ‘alt+enter’ to accept
-[[Image:Object Maintenance cost.jpg]]
-:'''f.''' Bring up ‘object window’ of ‘Total cost’ node.
+. Select 'Fuel cost' and bring up it's result table. {Your test result would be similar with the screenshot}
-:'''g.''' Type ‘$/year’ on ‘Units’ field.
-:'''h.''' Type ‘Total annual cost of driving and maintaining a car’ in ‘Description’ field.
-:'''i.''' On ‘Definition’ field, click ‘inputs’. Select ‘Fuel_cost’. Key in ‘+’ sign. Click ‘inputs’ again, this time select ‘Maintenance cost’
+. Go back to main diagram.
-[[Image:Object Total Cost.jpg]]
-:'''j.''' Click Result button to evaluate total cost.
+. Bring up result table of 'Total cost'.
-[[Image:Result button.jpg]]
+. Compare your result table with the screenshot below.
-:'''k.''' The Result window should come up and it’s value should be '''2971'''
-[[Image:Mid button total cost.jpg]]
-:'''k.''' Click ‘mid’ button, select ‘probability density’
-[[Image:Probability Density.jpg]]
-:'''l.''' You should have a result table.
-[[Image:Result total cost.jpg]]
-:'''m.''' Click on the graph button. You should have a graph result that looks like the one below.
-[[Image:Graph result total cost.jpg]]