Cubic kilometer per second [km3/s] to Decilitre per second [dl/s] Converter
km3/s
dl/s
How to Convert Cubic kilometer per second to Decilitre per secondDecilitre per second
1 km3/s = 10000000000000 dl/s
1 dl/s = 1e-13 km3/s
Example: convert 3 km3/s to dl/s:
3 km3/s = 3 x 10000000000000 = 30000000000000 dl/s
Cubic kilometer per second
Definition: A cubic kilometer per second (km3/s) is a unit of volumetric flow rate representing one cubic kilometer of substance passing a point in one second. It is used to measure extremely large volumes of fluid or gas flow.
History/origin: The unit combines the cubic kilometer, a very large unit of volume, with 'per second,' indicating an extremely high rate of flow. It's primarily used in geological or astrophysical contexts where vast quantities are involved.
Current use: Km3/s is used in fields such as astrophysics (e.g., measuring material ejected from celestial events), geology (e.g., estimating the volume of volcanic eruptions), and extremely large scale fluid dynamic modeling.
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.
Cubic kilometer per second to Decilitre per second Conversion Table
Cubic kilometer per second [km3/s] | Decilitre per second [dl/s] |
---|---|
0.01 km3/s | 100000000000 dl/s |
0.1 km3/s | 1000000000000 dl/s |
1 km3/s | 10000000000000 dl/s |
10 km3/s | 100000000000000 dl/s |
50 km3/s | 500000000000000 dl/s |
100 km3/s | 1000000000000000 dl/s |
1000 km3/s | 10000000000000000 dl/s |
10000 km3/s | 100000000000000000 dl/s |
Common pairs of Volumetric Flow Rate