Question 2/10The water supply for the city is pumped to a distribution reservoir. The pumping rate is 400 m3per 4 hours. The estimated water requirements every 4 hours is shown below.What is the required reservoir capacity?400 m3Hour040008001200160020002400700 m3500 m3600 m3What is the maximum requirement from the reservoir?600 m3O 500 m3300 m3400 m3200 m3300 m3At 0800 hours, the reservoir contains 600 cu. m, how much water is in the reservoir at 2000hours?150 m3Demand300600800500350200Jay250 m3

Given:Pumping rate is 400m³ per 4 hourRequired :Reservoir capacity Maximum requirement Water in…

The water supply for the city is pumped to a distribution reservoir. The pumping rate is 400 m3 per 4 hours. The estimated water requirements every 4 hours is shown below. Hour 0400 0800 1200 1600 2000 2400 What is the required reservoir capacity? 400 m3 700 m3 500 m3 600 m3 What is the maximum requirement from the reservoir? 600 m3 500 m3 300 m3 400 m3 At 0800 hours, the reservoir contains 600 cu. m, how much water is in the reservoir at 2000 hours? O200 m3 300 m3 Demand 300 600 800 500 350 200 150 m3 250 m3

The water supply for the city is pumped to a distribution reservoir. The pumping rate is 400 m3 per 4 hours. The estimated water requirements every 4 hours is shown below. Hour 0400 0800 1200 1600 2000 2400 What is the required reservoir capacity? 400 m3 700 m3 500 m3 600 m3 What is the maximum requirement from the reservoir? 600 m3 500 m3 300 m3 400 m3 At 0800 hours, the reservoir contains 600 cu. m, how much water is in the reservoir at 2000 hours? O200 m3 300 m3 Demand 300 600 800 500 350 200 150 m3 250 m3

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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