Pint per hour [pnt/h] to Decilitre per second [dl/s] Converter
pnt/h
dl/s
How to Convert Pint per hour to Decilitre per secondDecilitre per second
1 pnt/h = 0.0013143790917383054 dl/s
1 dl/s = 760.8155107500002 pnt/h
Example: convert 63 pnt/h to dl/s:
63 pnt/h = 63 x 0.0013143790917383054 = 0.08280588277951324 dl/s
Pint per hour
Definition: A pint per hour (pnt/h) is a unit of volumetric flow rate that measures the volume of a fluid passing through a surface per unit of time. It represents the amount of fluid volume, measured in pints, that flows every hour.
History/origin: The 'pint' is a unit of volume in both the imperial and United States customary systems of measurement. Its historical origins can be traced back to traditional systems of liquid measurement. The 'per hour' component indicates a rate of change over time.
Current use: Pints per hour is used to quantify slow fluid flow rates, making it suitable for applications like drip irrigation systems, certain chemical processes, or slow dispensing mechanisms.
Decilitre per second
Definition: Deciliters per second (dL/s) is a unit of volumetric flow rate. It represents the volume of a substance passing through a given point per unit of time, measured in deciliters per second.
History/origin: The deciliter (dL) is a derived unit of volume equal to one tenth of a liter (1 dL = 0.1 L). The 'per second' component signifies a flow rate.
Current use: dL/s is not as common as L/s or mL/s. It might be used in some specific industrial applications or in academic settings for experiments involving medium-sized fluid volumes per second.
Pint per hour to Decilitre per second Conversion Table
Pint per hour [pnt/h] | Decilitre per second [dl/s] |
---|---|
0.01 pnt/h | 0.000013143790917383056 dl/s |
0.1 pnt/h | 0.00013143790917383055 dl/s |
1 pnt/h | 0.0013143790917383054 dl/s |
10 pnt/h | 0.013143790917383056 dl/s |
50 pnt/h | 0.06571895458691526 dl/s |
100 pnt/h | 0.13143790917383052 dl/s |
1000 pnt/h | 1.3143790917383054 dl/s |
10000 pnt/h | 13.143790917383052 dl/s |
Common pairs of Volumetric Flow Rate