Respuesta :
Solution:
The discretionary revenues of the work week must be estimated first before the 30th day of each operation
[tex]BRWS _{A}[/tex]= Budgeted revenues * plan completion till the date
=25,000 *100%
=$ 25000
[tex]BRWS _{A}[/tex] = Budgeted revenues * plan completion till the date
=150,000 *83.33%
=$ 125000
[tex]BRWS _{C}[/tex] = Budgeted revenues * plan completion till the date
=50,000 *0%
=$ 0
BRWs of the project
=25000+12500+0
=150,000
The budgetary revenue from the work carried out is measured now before the 30th day of every operation.
BRWPA = Budgeted revenues * Actual completion till the date
=25,000 *90%
=$ 22500
BRWPB = Budgeted revenues * Actual completion till the date
=150,000 *50%
=$ 75000
BRWPC = Budgeted revenues * Actual completion till the date
=50,000 *0%
=$ 0
BRWP of the project
=22500+7500
=97500
Now we need to calculate the schedule variance as under
= BRWP-BRWS
=97500-150,000
=-52500
The deviation is so pessimistic here so that we can assume that the project's success is way behind the cost efficiency index estimate.
Calculation of the scot's expense efficiency index
=Budgeted Revenue of the work Performed / Actual revenue
=97500 /175,000
=0.56
Here, the performance level is lower than 1 (0.56) so the results are higher than expected Estimation of the performance index of the schedule
=Budgeted Revenue of the work Performed / budgeted revenue of the work scheduled
=97500 /150,000
=0.65
Here it is less than 1 (0.65) so it is behind the schedule
Schedule variance, Cost variance, Cost performance index, Schedule performance index are -52500, -77500, 0.56, 0.65
Planned value of project = Budget revenue of A + Budget revenue of B + Budget revenue of C
Planned value of project = [($25,000)(100%)] + [($150,000)(83.33%)] + [(50,000)(0%)]
Planned value of project = $150,000
Budget earned value of project = Actual revenue of A + Actual revenue of B + Actual revenue of C
Budget earned value of project = [($25,000)(90%)] + [($150,000)(50%)] + [(50,000)(0%)]
Budget earned value of project = $97,500
Schedule variance = Budget earned value of project - Planned value of project
Schedule variance = $97500 - 150,000
Schedule variance = -52500
Cost variance = Budget earned value of project - Actual revenue
Cost variance = $97,500 - $175,000
Cost variance = -$77500
Cost performance index = Budget earned value of project / Actual revenue
Cost performance index = $97,500 / $175,000
Cost performance index = 0.5571
Cost performance index = 0.56 (Approx.)
Schedule performance index = Budget earned value of project / Planned value of project
Schedule performance index = 97500 /150,000
Schedule performance index = 0.65
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