The manager of the Oak Hills Swimming Club is planning the club's swimming team program. The first team practice is scheduled for May 1. The activities, their immediate predecessors, and the activity time estimates (in weeks) are as follovs. Time (Weeks) Immediate Predecessor Activity Description Optimistic Most Probable Pessimistic Meet with board 1 B Hire coaches A 4 Reserve pool 2 6 A 4 D Announce program В, с 2 E Meet with coaches B 2 3 4 Order team suits A 1 3 Register swimmers D 2. 3 1 Collect fees G 1 2 3 I Plan first practice E, H, F 1 1 (a) Draw a project network. (Submit a file vith a maximum size of 1 MB.) Browse. No file selected. (b) Develop an activity schedule. (Round your answers to two decimal places.) Earliest Latest Earliest Latest Activity Slack Start Start Finish Finish A B D F

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The manager of the Oak Hills Swimming Club is planning the club's swimming team program. The first team practice is scheduled for May 1. The activities, their immediate predecessors, and the activity time estimates (in
weeks) are as follows.
Time (Weeks)
Immediate
Predecessor
Activity
Description
Optimistic Most Probable
Pessimistic
A
Meet with board
1
1
2
B
Hire coaches
A
4
8
Reserve pool
A
4.
6
D
Announce program
В, с
3
E
Meet with coaches
B
4
F
Order team suits
A
1
2
3
G
Register swimmers
D
2
3
H
Collect fees
G
1
I
Plan first practice
Е, Н, F
1
1
1
(a) Draw a project network. (Submit a file with a maximum size of 1 MB.)
Browse. No file selected.
(b) Develop an activity schedule. (Round your answers to two decimal places.)
Earliest
Start
Earliest
Finish
Latest
Latest
Activity
Slack
Start
Finish
A
B
D
E
F
G
H
I
(c) What are the critical activities? (Enter your answers as a comma-separated list.)
What is the expected project completion time (in weeks)? (Round your answer to two decimal places.)
weeks
(d) If the club manager plans to start the project on February 1, calculate the probability the swimming program will be ready by the scheduled May 1 date (13 weeks) based solely on the critical path. (You may need to
use the appropriate technology to answer this question. Round your answer to four decimal places.)
Should the manager begin planning the swimming program before February 1? (The probability for finishing on schedule should be at least 0.9.)
Since the probability that the swimming program will be ready by May 1 is -Select- v than 0.9, the manager -Select- v begin planning before February 1.
Transcribed Image Text:The manager of the Oak Hills Swimming Club is planning the club's swimming team program. The first team practice is scheduled for May 1. The activities, their immediate predecessors, and the activity time estimates (in weeks) are as follows. Time (Weeks) Immediate Predecessor Activity Description Optimistic Most Probable Pessimistic A Meet with board 1 1 2 B Hire coaches A 4 8 Reserve pool A 4. 6 D Announce program В, с 3 E Meet with coaches B 4 F Order team suits A 1 2 3 G Register swimmers D 2 3 H Collect fees G 1 I Plan first practice Е, Н, F 1 1 1 (a) Draw a project network. (Submit a file with a maximum size of 1 MB.) Browse. No file selected. (b) Develop an activity schedule. (Round your answers to two decimal places.) Earliest Start Earliest Finish Latest Latest Activity Slack Start Finish A B D E F G H I (c) What are the critical activities? (Enter your answers as a comma-separated list.) What is the expected project completion time (in weeks)? (Round your answer to two decimal places.) weeks (d) If the club manager plans to start the project on February 1, calculate the probability the swimming program will be ready by the scheduled May 1 date (13 weeks) based solely on the critical path. (You may need to use the appropriate technology to answer this question. Round your answer to four decimal places.) Should the manager begin planning the swimming program before February 1? (The probability for finishing on schedule should be at least 0.9.) Since the probability that the swimming program will be ready by May 1 is -Select- v than 0.9, the manager -Select- v begin planning before February 1.
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