4. A 700 mm diameter sewerline laid at a minimum slope of 0.8% to serve a medium income housing development with a water consumption of 150 L/c/day. Assuming the WHO peak factor of 2 for the size of sewer, estimate the number of housing units that can be served. Hence or otherwise, determine the percent variation of the assumed peak factor with that of Gifft Equation P₁ 14P(-1/6) where P is the population = f
4. A 700 mm diameter sewerline laid at a minimum slope of 0.8% to serve a medium income housing development with a water consumption of 150 L/c/day. Assuming the WHO peak factor of 2 for the size of sewer, estimate the number of housing units that can be served. Hence or otherwise, determine the percent variation of the assumed peak factor with that of Gifft Equation P₁ 14P(-1/6) where P is the population = f
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![4. A 700 mm diameter sewerline laid at a minimum slope of
0.8% to serve a medium income housing development
with a water consumption of 150 L/c/day. Assuming the
WHO peak factor of 2 for the size of sewer, estimate the
number of housing units that can be served. Hence or
otherwise, determine the percent variation of the
assumed peak factor with that of Gifft Equation P₁
14P(-1/6) where P is the population
=](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F783625d2-62cb-4f2d-a2ee-fa73835ca360%2Fe6b89e3c-628f-444c-b442-4299675aa515%2Ffmm3a1o_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. A 700 mm diameter sewerline laid at a minimum slope of
0.8% to serve a medium income housing development
with a water consumption of 150 L/c/day. Assuming the
WHO peak factor of 2 for the size of sewer, estimate the
number of housing units that can be served. Hence or
otherwise, determine the percent variation of the
assumed peak factor with that of Gifft Equation P₁
14P(-1/6) where P is the population
=
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