1-8 The American Water Works Association estimates that 15% of the water that utilities process is lost each day. Assuming that the loss was from Public Supply Withdrawal in 2000 (Problem 1-2), estimate the total value of the lost water if delivered water costs $0.45 per cubic meter.

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Subject Environmental Engineering Please answer question 1-8 given info 1-2
1-8
1-9
The American Water Works Association estimates that 15% of the water that utilities process is lost each
day. Assuming that the loss was from Public Supply Withdrawal in 2000 (Problem 1-2), estimate the total
value of the lost water if delivered water costs $0.45 per cubic meter.
Water delivered from a public supply in western Michigan costs $0.45 per cubic meter. A 0.5 L bottle of
water purchased from a dispensing machine costs $1.00. What is the cost of the bottled water on a per
cubic meter basis?
Answer: $2000 m
Transcribed Image Text:1-8 1-9 The American Water Works Association estimates that 15% of the water that utilities process is lost each day. Assuming that the loss was from Public Supply Withdrawal in 2000 (Problem 1-2), estimate the total value of the lost water if delivered water costs $0.45 per cubic meter. Water delivered from a public supply in western Michigan costs $0.45 per cubic meter. A 0.5 L bottle of water purchased from a dispensing machine costs $1.00. What is the cost of the bottled water on a per cubic meter basis? Answer: $2000 m
1-2
Estimate the per capita daily water withdrawal for public supply in the United States in 2005 (in Lpcd). Use
the following population data (McGeveran, 2002) and water supply data (Hutson et al., 2001):
Year
1950
1960
1970
1980
1990
2000
Population
151,325,798
179,323,175
203,302,031
226,542,203
248,709,873
281,421,906
Public Supply Withdrawal, m³ · d−¹
5.30 × 107
7.95 × 107
1.02 × 108
1.29 × 108
1.46 × 108
1.64 x 108
(Note: This problem may be worked by hand calculation and then plotting on graph paper to extrapolate
to 2005 or, it may be worked using a spreadsheet to perform the calculations, plot the graph, and extrapo-
late to 2005.)
Transcribed Image Text:1-2 Estimate the per capita daily water withdrawal for public supply in the United States in 2005 (in Lpcd). Use the following population data (McGeveran, 2002) and water supply data (Hutson et al., 2001): Year 1950 1960 1970 1980 1990 2000 Population 151,325,798 179,323,175 203,302,031 226,542,203 248,709,873 281,421,906 Public Supply Withdrawal, m³ · d−¹ 5.30 × 107 7.95 × 107 1.02 × 108 1.29 × 108 1.46 × 108 1.64 x 108 (Note: This problem may be worked by hand calculation and then plotting on graph paper to extrapolate to 2005 or, it may be worked using a spreadsheet to perform the calculations, plot the graph, and extrapo- late to 2005.)
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