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SITUATION. For the reservoirs shown below: El, 80 m 1800 m - 400 mmo f= 0.02 El. 50 m Y 2000 m- 500 mmo f= 0.025 El. 10 m 4000 m-800 mm o f= 0.03 Q Zoom image Determine the discharge of the water (liters per second) sourcing from reservoir X. O 808 O 416 О 392 O 479 Refer to the previous problem, determine the discharge of the water (liters per second) received by reservoir Z. O 808 O 416 O 392 O 479

SITUATION. For the reservoirs shown below: El, 80 m 1800 m - 400 mmo f= 0.02 El. 50 m Y 2000 m- 500 mmo f= 0.025 El. 10 m 4000 m-800 mm o f= 0.03 Q Zoom image Determine the discharge of the water (liters per second) sourcing from reservoir X. O 808 O 416 О 392 O 479 Refer to the previous problem, determine the discharge of the water (liters per second) received by reservoir Z. O 808 O 416 O 392 O 479

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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SITUATION. For the reservoirs shown below: El, 80 m 1800 m - 400 mmo f= 0.02 El. 50 m Y 2000 m- 500 mmo f= 0.025 El. 10 m 4000 m-800 mm o f= 0.03 Q Zoom image Determine the discharge of the water (liters per second) sourcing from reservoir X. O 808 O 416 О 392 O 479 Refer to the previous problem, determine the discharge of the water (liters per second) received by reservoir Z. O 808 O 416 O 392 O 479
Transcribed Image Text:SITUATION. For the reservoirs shown below: El, 80 m 1800 m - 400 mmo f= 0.02 El. 50 m Y 2000 m- 500 mmo f= 0.025 El. 10 m 4000 m-800 mm o f= 0.03 Q Zoom image Determine the discharge of the water (liters per second) sourcing from reservoir X. O 808 O 416 О 392 O 479 Refer to the previous problem, determine the discharge of the water (liters per second) received by reservoir Z. O 808 O 416 O 392 O 479
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