Q3: A company awarded a contract to erect 124 electrical towers the table below shows the sequential operation also the estimated man-hours and optimum number of men/operation the hand over is 6 towers/weeks prepare a line of balance schedule assuming 5 working days/week and 8 hours/day, the minimum buffer time 3 day Activity Q(Optimum ofmen/operation 4. Man-hour Description Excavation 55 A. 64 4. Implementation foundation Installing the Tower Cable arm fixing Insulator fixing of reinforced concrete 145 8. 90 8. D. 25 Determine the completion date of the project Determine the completion date of the installing Towers Determine the percentage completion of the project when 83% of the electrical tower have been installed. i- iii-
Q3: A company awarded a contract to erect 124 electrical towers the table below shows the sequential operation also the estimated man-hours and optimum number of men/operation the hand over is 6 towers/weeks prepare a line of balance schedule assuming 5 working days/week and 8 hours/day, the minimum buffer time 3 day Activity Q(Optimum ofmen/operation 4. Man-hour Description Excavation 55 A. 64 4. Implementation foundation Installing the Tower Cable arm fixing Insulator fixing of reinforced concrete 145 8. 90 8. D. 25 Determine the completion date of the project Determine the completion date of the installing Towers Determine the percentage completion of the project when 83% of the electrical tower have been installed. i- iii-
Fundamentals Of Construction Estimating
4th Edition
ISBN:9781337399395
Author:Pratt, David J.
Publisher:Pratt, David J.
Chapter16: Budget Estimating
Section: Chapter Questions
Problem 4RQ: Prepare a typical bay estimate based on the following information: a. Bay size of 350 feet and a...
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![Q3: A company awarded a contract to erect 124 electrical towers the table below shows the
sequential operation also the estimated man-hours and optimum number of men/operation
the hand over is 6 towers/weeks prepare a line of balance schedule assuming 5 working
days/week and 8 hours/day, the minimum buffer time 3 day
Activity
Man-hour
Q(Optimum ofmen/operation
Description
Excavation
55
64
4.
Implementation
foundation
of
reinforced
concrete
145
8
Installing the Tower
Cable arm fixing
Insulator fixing
90
8.
25
Determine the completion date of the project
Determine the completion date of the installing Towers
Determine the percentage completion of the project when 83% of
the electrical tower have been installed.
ii-
iii-](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F38202e90-57c1-42e0-910e-a2697e3ac85b%2Fdf992915-ede1-477b-a040-c9a8bca86679%2Fg15pjms_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q3: A company awarded a contract to erect 124 electrical towers the table below shows the
sequential operation also the estimated man-hours and optimum number of men/operation
the hand over is 6 towers/weeks prepare a line of balance schedule assuming 5 working
days/week and 8 hours/day, the minimum buffer time 3 day
Activity
Man-hour
Q(Optimum ofmen/operation
Description
Excavation
55
64
4.
Implementation
foundation
of
reinforced
concrete
145
8
Installing the Tower
Cable arm fixing
Insulator fixing
90
8.
25
Determine the completion date of the project
Determine the completion date of the installing Towers
Determine the percentage completion of the project when 83% of
the electrical tower have been installed.
ii-
iii-
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