Q3: Tikrit University has been implemented a project of an electrical portable station. This project includes installing two towers each of them has a height of 39 m to carry the overhead transmission line from outside to inside the University. And the distance between the towers is 300 m. But, the transmission line flow-through a ground has a gradient (slope) of 1/15. After calculating the sag, find the distance (clearance) between the original point and the ground. The tensile strength in the wire is 2500 N/cm². The weight of one meter of the conductor is 9 N. The cross-section area of the conductor is 4 cm².

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Q3: Tikrit University has been implemented a project of an electrical portable station. This
project includes installing two towers each of them has a height of 39 m to carry the overhead
transmission line from outside to inside the University. And the distance between the towers is
300 m. But, the transmission line flow-through a ground has a gradient (slope) of 1/15. After
calculating the sag, find the distance (clearance) between the original point and the ground.
The tensile strength in the wire is 2500 N/cm².
The weight of one meter of the conductor is 9 N.
The cross-section area of the conductor is 4 cm².
Transcribed Image Text:Q3: Tikrit University has been implemented a project of an electrical portable station. This project includes installing two towers each of them has a height of 39 m to carry the overhead transmission line from outside to inside the University. And the distance between the towers is 300 m. But, the transmission line flow-through a ground has a gradient (slope) of 1/15. After calculating the sag, find the distance (clearance) between the original point and the ground. The tensile strength in the wire is 2500 N/cm². The weight of one meter of the conductor is 9 N. The cross-section area of the conductor is 4 cm².
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