00:01
So we first check each part of your question for 3 .48 for the part a here.
00:12
Go as network diagram for the activity.
00:15
Create a new diagram.
00:17
You can use a graphic representation like that.
00:22
Resilience diagramming method bbm.
00:25
Here's how you can represent the activities and their dependencies.
00:29
So you can put it down here.
00:34
This is the answer for a.
00:39
And for b, 3 .48b, calculate the earliest expected completion time.
00:48
To calculate the earliest expected completion time, you need to perform a forward pass through the network diagram.
00:57
Start with the first activity and calculate the earliest start time and earliest finish time.
01:03
Time for each activity based on its predecessor.
01:08
So here's the calculation.
01:12
All default letters are the answer for each correlation point.
01:21
And for 3, 3 .48b, the critical part consists of activity 60 total slope.
01:32
Meaning any delay in this activity will delay the project...