Calculate Estimated Duration For Each Task

Develop a Time Schedule

$\backslash$table$[[$Tasks$,$Predecessors,Pessimistic,$\backslash$table$[[$Most$],[$Likely$]],$Optimistic,$\backslash$table$[[$Estimated$],[$Duration$]]],[1,$Negotiate contract,,$5,3,4,],[2,$Install servers,$1,20,14,12,],[3,$Upgrade internet bandwidth,$1,15,10,9,],[4,$Configure software,$1,23,19,15,],[5,$Prepare customer data,$1,45,20,17,],[6,$Convert data,$5,10,8,7,],[7,$Train employees,$4,6,15,13,12,],[8,$Go$-$Live,$2,3,7,12,9,7,]]$

$\backslash$table$[[$Start Date,Finish Date$],[\frac{4}{1}\frac{?}{24},],[,],[,],[,],[,],[,],[,],[,]]$

Construct a Network Diagram

Identify the Critical Path

Description

Using the Excel WBS provided in Canvas:

$-$Calculate the estimated duration of each activity using the Beta distribution method $($Pessimistic $+$ Most Likely$*4+$ Optimistic$)/6.$

$-$Develop a network diagram for the project.

$-$Label the Critical Path on the network diagram.

$-$Develop a time schedule for the project. Assume that weekends and Memorial Day are not work days.

$-$Upload the network diagram and Excel WBS to Canvas.