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If the annual average daily water consumption of a city is 48000 cubic meters, the maximum hourly demand will be
- a)1500 cum/hour
- b)2700 cum/hour
- c)2000 cum/hour
- d)5400 cum/hour
Correct answer is option 'D'. Can you explain this answer?
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Most Upvoted Answer
If the annual average daily water consumption of a city is 48000 cubic...
Calculation of Maximum Hourly Demand
To calculate the maximum hourly demand, we need to consider the peak water usage within a given hour.
Given Data
- Annual average daily water consumption: 48000 cubic meters
Calculation
- Annual water consumption = 48000 cubic meters
- Daily water consumption = 48000 / 365 = 131.51 cubic meters
- Hourly water consumption = 131.51 / 24 = 5.48 cubic meters
Therefore, the maximum hourly demand will be 5.48 cubic meters.
Conversion to cubic meters per hour
To convert cubic meters per hour to cubic meters per second, we need to multiply by 3600 (number of seconds in an hour).
5.48 * 3600 = 19728 cubic meters per hour
Therefore, the maximum hourly demand will be approximately 19728 cubic meters per hour, which is closest to option D: 5400 cum/hour.
To calculate the maximum hourly demand, we need to consider the peak water usage within a given hour.
Given Data
- Annual average daily water consumption: 48000 cubic meters
Calculation
- Annual water consumption = 48000 cubic meters
- Daily water consumption = 48000 / 365 = 131.51 cubic meters
- Hourly water consumption = 131.51 / 24 = 5.48 cubic meters
Therefore, the maximum hourly demand will be 5.48 cubic meters.
Conversion to cubic meters per hour
To convert cubic meters per hour to cubic meters per second, we need to multiply by 3600 (number of seconds in an hour).
5.48 * 3600 = 19728 cubic meters per hour
Therefore, the maximum hourly demand will be approximately 19728 cubic meters per hour, which is closest to option D: 5400 cum/hour.
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Community Answer
If the annual average daily water consumption of a city is 48000 cubic...
Concept:
Maximum hourly consumption:
It is generally taken as 150% of its average.
Therefore, maximum hourly consumption of the maximum day i.e. peak demand = 1.5 × average hourly consumption of maximum daily demand
= 1.5 × (maximum daily demand/24)
= 1.5 × (1.8 × annual average daily demand)/24
= 2.7 × annual average hourly demand
Maximum hourly consumption:
It is generally taken as 150% of its average.
Therefore, maximum hourly consumption of the maximum day i.e. peak demand = 1.5 × average hourly consumption of maximum daily demand
= 1.5 × (maximum daily demand/24)
= 1.5 × (1.8 × annual average daily demand)/24
= 2.7 × annual average hourly demand
Calculation:
Given,
Annual average daily demand = 48000 cubic meter
Maximum hourly demand = 2.7 × 48000/24 = 5400 cum/hour
Given,
Annual average daily demand = 48000 cubic meter
Maximum hourly demand = 2.7 × 48000/24 = 5400 cum/hour
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If the annual average daily water consumption of a city is 48000 cubic meters, the maximum hourly demand will bea)1500 cum/hourb)2700 cum/hourc)2000 cum/hourd)5400 cum/hourCorrect answer is option 'D'. Can you explain this answer?
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