Cubic inch per second [in3/s] to Litre per second [l/s] Converter
in3/s
l/s
How to Convert Cubic inch per second to Litre per secondLitre per second
1 in3/s = 0.01638698846677003 l/s
1 l/s = 61.02402537402321 in3/s
Example: convert 10 in3/s to l/s:
10 in3/s = 10 x 0.01638698846677003 = 0.1638698846677003 l/s
Cubic inch per second
Definition: A cubic inch per second (in3/s) is a unit of volumetric flow rate representing one cubic inch of substance passing a point in one second. It measures small to medium volumes, particularly in engineering contexts.
History/origin: The cubic inch is a unit of volume in the imperial and US customary systems of measurement. 'Per second' signifies the rate of flow. It is primarily used in the US, where imperial units are still prevalent.
Current use: In3/s is used in mechanical engineering (e.g., measuring the flow of hydraulic fluids), in the design of engines and pumps, and in other industrial applications where smaller fluid volumes are handled. It is frequently used when measuring the flow of fluids in car engines.
Litre per second
Definition: Liters per second (L/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 liters per second.
History/origin: The liter (L) is a metric unit of volume. Its use dates back to the French Revolution. The 'per second' component makes it a measure of flow rate.
Current use: L/s is a frequently used unit for measuring fluid flow rates in various applications, including water supply systems, industrial processes, and environmental monitoring.
Cubic inch per second to Litre per second Conversion Table
Cubic inch per second [in3/s] | Litre per second [l/s] |
---|---|
0.01 in3/s | 0.00016386988466770031 l/s |
0.1 in3/s | 0.001638698846677003 l/s |
1 in3/s | 0.01638698846677003 l/s |
10 in3/s | 0.1638698846677003 l/s |
50 in3/s | 0.8193494233385015 l/s |
100 in3/s | 1.638698846677003 l/s |
1000 in3/s | 16.38698846677003 l/s |
10000 in3/s | 163.86988466770032 l/s |
Common pairs of Volumetric Flow Rate