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Fire Demand is the amount of water required to extinguish fire. Check FAQs
F=T-((a+b+(1024))⋅D)+((1024)⋅P)1024
F - Fire Demand?T - Total Storage Capacity?a - Numerical Coefficient a?b - Numerical Coefficient b?D - Average Domestic Demand?P - Capacity of Pump?

Fire Demand given Total Storage Capacity Example

With values
With units
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Here is how the Fire Demand given Total Storage Capacity equation looks like with Values.

Here is how the Fire Demand given Total Storage Capacity equation looks like with Units.

Here is how the Fire Demand given Total Storage Capacity equation looks like.

1099.992Edit=505.08Edit-((0.2Edit+0.1Edit+(1024))⋅135Edit)+((1024)⋅120Edit)1024
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Fire Demand given Total Storage Capacity Solution

Follow our step by step solution on how to calculate Fire Demand given Total Storage Capacity?

FIRST Step Consider the formula
F=T-((a+b+(1024))⋅D)+((1024)⋅P)1024
Next Step Substitute values of Variables
∴ F=505.08L/d-((0.2+0.1+(1024))⋅135L/d)+((1024)⋅120L/d)1024
Next Step Convert Units
∴ F=5.8E-6m³/s-((0.2+0.1+(1024))⋅1.6E-6m³/s)+((1024)⋅1.4E-6m³/s)1024
Next Step Prepare to Evaluate
∴ F=5.8E-6-((0.2+0.1+(1024))⋅1.6E-6)+((1024)⋅1.4E-6)1024
Next Step Evaluate
∴F=1.27313888888889E-05m³/s
LAST Step Convert to Output's Unit
∴F=1099.992L/d

Fire Demand given Total Storage Capacity Formula Elements

Variables
Fire Demand
Fire Demand is the amount of water required to extinguish fire.
Symbol: F
Measurement: Volumetric Flow RateUnit: L/d
Note: Value should be greater than 0.
Formulas to find Fire DemandOpen Variable
Total Storage Capacity
Total Storage Capacity refers to the maximum volume or amount of water that a reservoir, basin, or any water storage system can hold under normal operating conditions.
Symbol: T
Measurement: Volumetric Flow RateUnit: L/d
Note: Value should be greater than 0.
Formulas to find Total Storage CapacityOpen Variable
Numerical Coefficient a
Numerical Coefficient a is a constant multiplier of the variables in a term used in determining total storage capacity.
Symbol: a
Measurement: NAUnit: Unitless
Note: Value should be greater than 0.
Formulas to find Numerical Coefficient aOpen Variable
Numerical Coefficient b
Numerical Coefficient b is a constant multiplier of the variables in a term used in determining total storage capacity.
Symbol: b
Measurement: NAUnit: Unitless
Note: Value should be greater than 0.
Formulas to find Numerical Coefficient bOpen Variable
Average Domestic Demand
Average Domestic Demand refers to the average amount of water or other resources used by households within a specific area over a certain period, usually measured in gallons per day or liters per day.
Symbol: D
Measurement: Volumetric Flow RateUnit: L/d
Note: Value should be greater than 0.
Formulas to find Average Domestic DemandOpen Variable
Capacity of Pump
Capacity of Pump refers to the volume of fluid (such as water, sewage, or other liquids) that the pump is capable of moving within a given amount of time.
Symbol: P
Measurement: Volumetric Flow RateUnit: L/d
Note: Value should be greater than 0.
Formulas to find Capacity of PumpOpen Variable

Other Formulas to find Fire Demand

​Go Fire Demand given Reserve Storage
F=(VRt)+P
​Go Fire Demand given Value of McDonald Coefficient
F=T-((0.2+0.1+(1024))⋅D)+((1024)⋅P)1024

Other formulas in Capacity of Distribution Reservoir category

​Go Reserve Storage
VR=(F-P)⋅t
​Go Reserve Fire Pumping Capacity given Reserve Storage
P=F-(VRt)
​Go Fire Duration given Reserve Storage
t=VRF-P
​Go Total Storage Capacity of Reservoir
T=(a+b+(1024))⋅D+(1024)⋅(F-P)

How to Evaluate Fire Demand given Total Storage Capacity?

Fire Demand given Total Storage Capacity evaluator uses Fire Demand = (Total Storage Capacity-((Numerical Coefficient a+Numerical Coefficient b+(10/24))*Average Domestic Demand)+((10/24)*Capacity of Pump))/(10/24) to evaluate the Fire Demand, The Fire Demand given Total Storage Capacity is defined as the amount of water required to extinguish a fire in a particular area. when we have prior information of total storage capacity. Fire Demand is denoted by F symbol.

How to evaluate Fire Demand given Total Storage Capacity using this online evaluator? To use this online evaluator for Fire Demand given Total Storage Capacity, enter Total Storage Capacity (T), Numerical Coefficient a (a), Numerical Coefficient b (b), Average Domestic Demand (D) & Capacity of Pump (P) and hit the calculate button.

FAQs on Fire Demand given Total Storage Capacity

What is the formula to find Fire Demand given Total Storage Capacity?
The formula of Fire Demand given Total Storage Capacity is expressed as Fire Demand = (Total Storage Capacity-((Numerical Coefficient a+Numerical Coefficient b+(10/24))*Average Domestic Demand)+((10/24)*Capacity of Pump))/(10/24). Here is an example- 9.5E+10 = (5.84583333333333E-06-((0.2+0.1+(10/24))*1.5625E-06)+((10/24)*1.38888888888889E-06))/(10/24).
How to calculate Fire Demand given Total Storage Capacity?
With Total Storage Capacity (T), Numerical Coefficient a (a), Numerical Coefficient b (b), Average Domestic Demand (D) & Capacity of Pump (P) we can find Fire Demand given Total Storage Capacity using the formula - Fire Demand = (Total Storage Capacity-((Numerical Coefficient a+Numerical Coefficient b+(10/24))*Average Domestic Demand)+((10/24)*Capacity of Pump))/(10/24).
What are the other ways to Calculate Fire Demand?
Here are the different ways to Calculate Fire Demand-
  • Fire Demand=(Reserve Storage/Duration of Fire)+Capacity of PumpOpenImg
  • Fire Demand=(Total Storage Capacity-((0.2+0.1+(10/24))*Average Domestic Demand)+((10/24)*Capacity of Pump))/(10/24)OpenImg
Can the Fire Demand given Total Storage Capacity be negative?
No, the Fire Demand given Total Storage Capacity, measured in Volumetric Flow Rate cannot be negative.
Which unit is used to measure Fire Demand given Total Storage Capacity?
Fire Demand given Total Storage Capacity is usually measured using the Liter per day[L/d] for Volumetric Flow Rate. Cubic Meter per Second[L/d], Cubic Meter per Day[L/d], Cubic Meter per Hour[L/d] are the few other units in which Fire Demand given Total Storage Capacity can be measured.
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