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`F = 3.247*W*H^1.48-(0.566*W^1.9)/(1+2*W^1.8)*H^1.9+0.609*H^2.5`
Enter a value for all fields
The Cipolletti Weir Flow Rate Calculator computes the rate at which water flows from a Cipolletti Weir given the width of the base of the weir and the height of the water level.
INSTRUCTIONS: Enter the following 
- (W) Width of the base of the weir
- (H) Height of the water level above the base
Flow Rate (F): The flow rate of the water is returned in cubic feet per second
| Type of snow or ice | (kg/m3) |
| Fresh New snow | 50-70 |
| Damp new snow | 100-200 |
| Settled snow | 200-300 |
| Depth hoar | 100-300 |
| Wind packed snow | 350-400 |
| Firn (granular) | 400-830 |
| Very wet | 700-800 |
| Glacier ice | 830-917 |
| Rain/Melt | 997 |
Hydrology (Water, Rain and Snow) Calculators:
- Snow Pack to Liquid Water Calculator
- Volume of water in snow or rain
- Weight/Mass of Snow on an Area.
- Weight of Snow on a Rectangular Area.
- Weight of Snow on a Roof.
- Weight of Snow on a Polygon Shaped Area.
- Volume of Water in a Rainfall
- Flow Rate of Broad Crested Weir
- Water Capillary Rise.
- Volume of Flood Water.
- Number of sandbags needed to build a wall or dike.
- Water Saturation Ratio
- Rain Fall Harvesting Calculator
- Peak Discharge from Drainage Basin Runoff
- Gauckler-Manning Equation
- Cipolletti Weir Flow Rate
- Acre-feet
