8. A pipeline crossing a river is suspended from a steel cable stretched between the posts 100 m apart. The weight of the pipe is 14 kg/m while the cable weighs 1 kg/m assumed to be uniformly distributed horizontally. The allowed sag is 2m. Find the tension of the cable at the post.a. 7390 kgb. 8755 kgc. 8510 kgd. 9405 kg 8. A pipeline crossing a riveris suspended from a steel cable stretched between the posts100 m apart. The weight of the pipe is 14 kg/m while the cable weighs 1 kg/m assumedto be uniformly distributed horizontally. The allowed sag is 2m. Find the tension of thecable at the post.a. 7390 kgb. 8755 kgc. 8510 kgd. 9405 kg

Name: 8. A pipeline crossing a river is suspended from a steel cable stretch
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Description: 8. A pipeline crossing a river is suspended from a steel cable stretched between the posts 100 m apart. The weight of the pipe is 14 kg/m while the cable weighs 1 kg/m assumed to be uniformly distributed horizontally. The allowed sag is 2m. Find the

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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8. A pipeline crossing a river is suspended from a steel cable stretched between the posts 100 m apart. The weight of the pipe is 14 kg/m while the cable weighs 1 kg/m assumed to be uniformly distributed horizontally. The allowed sag is 2m. Find the tension of the cable at the post.

a. 7390 kg

b. 8755 kg

c. 8510 kg

d. 9405 kg

8. A pipeline crossing a riveris suspended from a steel cable stretched between the posts
100 m apart. The weight of the pipe is 14 kg/m while the cable weighs 1 kg/m assumed
to be uniformly distributed horizontally. The allowed sag is 2m. Find the tension of the
cable at the post.
a. 7390 kg
b. 8755 kg
c. 8510 kg
d. 9405 kg

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