Q4) Using the time-cost trade-off concepts, determine the logical steps to reduce the following project duration. Additionally, calculate the following: Normal duration cost, Normal duration, Shortest duration cost, and Shortest duration. Note: Use the provided sample of the table as a guide in your solution. ST. Crash Cost Cost Difference S$/Day Time Normal Normal Crash Time Act. Difference ID Time Cost ($) (%$4) () A 1. 009 B. 7. 550 C. 250 D. 8. 6. 009 E. G. 9. 6. to 00 H. 3. 350 3. K. Table sample: Activity To Cost for Cycle Cost per Day Project Duration Total Days Shortened Shortened Can be Cycle Cost #3 Shorten 1335o31213
Q4) Using the time-cost trade-off concepts, determine the logical steps to reduce the following project duration. Additionally, calculate the following: Normal duration cost, Normal duration, Shortest duration cost, and Shortest duration. Note: Use the provided sample of the table as a guide in your solution. ST. Crash Cost Cost Difference S$/Day Time Normal Normal Crash Time Act. Difference ID Time Cost ($) (%$4) () A 1. 009 B. 7. 550 C. 250 D. 8. 6. 009 E. G. 9. 6. to 00 H. 3. 350 3. K. Table sample: Activity To Cost for Cycle Cost per Day Project Duration Total Days Shortened Shortened Can be Cycle Cost #3 Shorten 1335o31213
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
![following project duration. Additionally, calculate the following: Normal duration
cost, Normal duration, Shortest duration cost, and Shortest duration. Note: Use the
provided sample of the table as a guide in your solution.
Q4) Using the time-cost trade-off concepts, determine the logical steps to reduce the
ST.
Cost
Difference $/Day
Time
Crash
Cost
(),
Difference
Normal
Cost ($)
Normal Crash
Time
(5)
Time
00
1.
3.
ID
000
250
1.
550
9.
7.
B.
C.
D.
5.
009
8.
6.
6.
5.
000
E.
F.
G.
3.
0099
1.
Project
Duration
350
1.
3
Cost
for
Total
Cost
H.
3
Cost
per
Day
3.
Days
Cycle
Table sample:
Activity
To
K.
Can be
Shortened Shortened
Cycle
#3
Shorten](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fa9a3e81a-5429-4989-839b-311f85200da6%2Fbb7680eb-7a65-47fc-843c-8dd8ea9edd59%2Fn061yi9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:following project duration. Additionally, calculate the following: Normal duration
cost, Normal duration, Shortest duration cost, and Shortest duration. Note: Use the
provided sample of the table as a guide in your solution.
Q4) Using the time-cost trade-off concepts, determine the logical steps to reduce the
ST.
Cost
Difference $/Day
Time
Crash
Cost
(),
Difference
Normal
Cost ($)
Normal Crash
Time
(5)
Time
00
1.
3.
ID
000
250
1.
550
9.
7.
B.
C.
D.
5.
009
8.
6.
6.
5.
000
E.
F.
G.
3.
0099
1.
Project
Duration
350
1.
3
Cost
for
Total
Cost
H.
3
Cost
per
Day
3.
Days
Cycle
Table sample:
Activity
To
K.
Can be
Shortened Shortened
Cycle
#3
Shorten
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