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Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd?
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Fire demand in Iped for town with a population of 2 lakhs assuming tha...
Fire Demand Calculation in Iped Town
Population: 2 lakhs (200,000)
Fire Accident Frequency: Average of 1 fire accident per month
Fire Accident Duration: 4 hours
Step 1: Calculate the Fire Demand per Fire Accident
The fire demand is calculated using the National Board of Underwriters formula, which considers the population, fire accident frequency, and fire accident duration.
Fire Demand per Fire Accident = Population * Fire Accident Duration / 24
Fire Demand per Fire Accident = 200,000 * 4 / 24 = 33,333.33 lph (liters per hour)
Step 2: Calculate the Total Fire Demand
To calculate the total fire demand, we need to multiply the fire demand per fire accident by the fire accident frequency.
Total Fire Demand = Fire Demand per Fire Accident * Fire Accident Frequency
Total Fire Demand = 33,333.33 * 1 = 33,333.33 lph (liters per hour)
Step 3: Convert the Total Fire Demand to LPCD
LPCD stands for Liters per Capita per Day. To convert the total fire demand to LPCD, we need to divide the total fire demand by the population and then multiply it by 24.
LPCD = Total Fire Demand / Population * 24
LPCD = 33,333.33 / 200,000 * 24 = 4 lpcd
Conclusion:
The fire demand in Iped Town, considering a population of 2 lakhs and an average fire accident frequency of 1 per month lasting for 4 hours, is 4 liters per capita per day (lpcd). Therefore, option (B) 5 lpcd is the closest answer among the given options.
Population: 2 lakhs (200,000)
Fire Accident Frequency: Average of 1 fire accident per month
Fire Accident Duration: 4 hours
Step 1: Calculate the Fire Demand per Fire Accident
The fire demand is calculated using the National Board of Underwriters formula, which considers the population, fire accident frequency, and fire accident duration.
Fire Demand per Fire Accident = Population * Fire Accident Duration / 24
Fire Demand per Fire Accident = 200,000 * 4 / 24 = 33,333.33 lph (liters per hour)
Step 2: Calculate the Total Fire Demand
To calculate the total fire demand, we need to multiply the fire demand per fire accident by the fire accident frequency.
Total Fire Demand = Fire Demand per Fire Accident * Fire Accident Frequency
Total Fire Demand = 33,333.33 * 1 = 33,333.33 lph (liters per hour)
Step 3: Convert the Total Fire Demand to LPCD
LPCD stands for Liters per Capita per Day. To convert the total fire demand to LPCD, we need to divide the total fire demand by the population and then multiply it by 24.
LPCD = Total Fire Demand / Population * 24
LPCD = 33,333.33 / 200,000 * 24 = 4 lpcd
Conclusion:
The fire demand in Iped Town, considering a population of 2 lakhs and an average fire accident frequency of 1 per month lasting for 4 hours, is 4 liters per capita per day (lpcd). Therefore, option (B) 5 lpcd is the closest answer among the given options.
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Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd?
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Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd?.
Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd? for Civil Engineering (CE) 2024 is part of Civil Engineering (CE) preparation. The Question and answers have been prepared according to the Civil Engineering (CE) exam syllabus. Information about Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd? covers all topics & solutions for Civil Engineering (CE) 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Fire demand in Iped for town with a population of 2 lakhs assuming that on an average fire accident occur per month which lasts for 4 hours. Use national board of underwriters formula. (A) 20 lpcd (B) 5 lpcd (C) 2.25 lpcd (D) 10 lpcd?.
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