Litre per hour [l/h] to Cubic inch per hour [in3/h] Converter
l/h
in3/h
How to Convert Litre per hour to Cubic inch per hourCubic inch per hour
1 l/h = 61.02402537402322 in3/h
1 in3/h = 0.01638698846677003 l/h
Example: convert 69 l/h to in3/h:
69 l/h = 69 x 61.02402537402322 = 4210.657750807602 in3/h
Litre per hour
Definition: Liters per hour (L/h) 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 liters per hour.
History/origin: The liter (L) is a metric unit of volume. Using 'per hour' provides a convenient timescale for processes that involve slower flow rates.
Current use: L/h is used for measuring very slow flow rates, such as in drip irrigation systems, chemical dosing, or water purification processes.
Cubic inch per hour
Definition: A cubic inch per hour (in3/h) is a unit of volumetric flow rate that measures the volume of a substance passing through a surface per unit of time. It represents the amount of volume, measured in cubic inches, that flows every hour.
History/origin: Similar to cubic inches per minute, this unit is derived from the inch, a unit of length in the imperial and United States customary systems of measurement. The 'per hour' component indicates the rate at which the volume is changing over time. Its origin is tied to the establishment of the imperial system.
Current use: Cubic inches per hour is used in contexts where measuring very small flow rates is necessary. It is utilized in applications where flow rates are expected to be very low, such as certain chemical processes or small-scale machinery.
Litre per hour to Cubic inch per hour Conversion Table
Litre per hour [l/h] | Cubic inch per hour [in3/h] |
---|---|
0.01 l/h | 0.6102402537402322 in3/h |
0.1 l/h | 6.102402537402322 in3/h |
1 l/h | 61.02402537402322 in3/h |
10 l/h | 610.2402537402322 in3/h |
50 l/h | 3051.2012687011606 in3/h |
100 l/h | 6102.402537402321 in3/h |
1000 l/h | 61024.025374023215 in3/h |
10000 l/h | 610240.2537402321 in3/h |
Common pairs of Volumetric Flow Rate