👉Quantity of Water in a Rectangular Tank
💫1. Tank Volume
🚧Use the basic formula:
V = L×B×H
For the given tank:
12 ft × 8 ft × 6 ft = 576 cubic feet (cuft)
💫2. Convert Volume to Water (Liters)
1 cubic meter = 1000 liters
1 cubic meter = 35.31 cuft
So, 1 cuft ≈ 28.31 liters
💫3. Total Water in Tank
576 × 28.31 = 16,307 liters (≈ 16.3 m³)
💫4. Convert to Gallons
US gallon: ≈ 4,308 gallons
UK gallon: ≈ 3,592 gallons
💫5. Simple Shortcut (if dimensions in meters)
Volume × 1000 = liters
❇️Summary: The tank holds about 16,300 liters of water, depending on full capacity.
#WaterTank
#CivilEngineering #QuantityTakeoff #ConstructionBasics #SiteEngineering #WaterCalculation
#TankDesign #EngineeringStudents #VolumeCalculation #ConcreteTank
#Hydraulics #WaterEngineering #BuildingConstruction
#CivilNotes
@etconp
💫1. Tank Volume
🚧Use the basic formula:
V = L×B×H
For the given tank:
12 ft × 8 ft × 6 ft = 576 cubic feet (cuft)
💫2. Convert Volume to Water (Liters)
1 cubic meter = 1000 liters
1 cubic meter = 35.31 cuft
So, 1 cuft ≈ 28.31 liters
💫3. Total Water in Tank
576 × 28.31 = 16,307 liters (≈ 16.3 m³)
💫4. Convert to Gallons
US gallon: ≈ 4,308 gallons
UK gallon: ≈ 3,592 gallons
💫5. Simple Shortcut (if dimensions in meters)
Volume × 1000 = liters
❇️Summary: The tank holds about 16,300 liters of water, depending on full capacity.
#WaterTank
#CivilEngineering #QuantityTakeoff #ConstructionBasics #SiteEngineering #WaterCalculation
#TankDesign #EngineeringStudents #VolumeCalculation #ConcreteTank
#Hydraulics #WaterEngineering #BuildingConstruction
#CivilNotes
@etconp
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