How many Litres per hour are in one Cubic Centimeter per second?

There are 3.6 Litres per hour in one Cubic Centimeter per second. This means 1 cm3/s equals 3.6 l/h.

What is the formula for Cubic Centimeters per second to Litres per hour?

The conversion formula is: Litres per hour = Cubic Centimeters per second × 3.6. Simply multiply your value in Cubic Centimeters per second by 3.6 to get the result in Litres per hour.

Convert Cubic Centimeters per second to Litres per hour (cm3/s to l/h)

Use this tool to convert between volume flow rate units like Cubic Millimeter per second, Cubic Centimeter per second, Millilitre per second etc.

Amount

From

36

Result

Need to convert Cubic Centimeters per second to Litres per hour? This volumeFlowRate converter makes it simple. Enter any value to see the converted result immediately.

How to Convert Cubic Centimeters per second to Litres per hour

Converting Cubic Centimeters per second to Litres per hour is straightforward. The conversion formula is:

Litres per hour = Cubic Centimeters per second × 3.6

This means that 1 Cubic Centimeter per second equals 3.6 Litres per hour. Conversely, 1 Litre per hour equals 0.27777777777778 Cubic Centimeters per second.

Example Calculation

To convert 10 Cubic Centimeters per second to Litres per hour:

10 cm3/s × 3.6 = 36 l/h

Common Cubic Centimeters per second to Litres per hour Conversions

1 cm3/s = 3.6 l/h
10 cm3/s = 36 l/h
50 cm3/s = 180 l/h
100 cm3/s = 360 l/h
200 cm3/s = 720 l/h

Cubic Centimeters per second to Litres per hour Reference

The conversion ratio between Cubic Centimeters per second and Litres per hour is:

1 cm3/s = 3.6 l/h
1 l/h = 0.27777777777778 cm3/s

Use this ratio to convert any value between these units.

Common Applications

Converting between Cubic Centimeters per second and Litres per hour is frequently needed in:

Educational purposes and learning
Professional applications
Technical documentation
Scientific calculations and research

Whether you're working on a professional project or need conversions for everyday tasks, this volumeFlowRate converter provides accurate results instantly.

Frequently Asked Questions

How do you convert Cubic Centimeters per second to Litres per hour?

To convert Cubic Centimeters per second to Litres per hour, multiply the value by 3.6. The formula is: Litres per hour = Cubic Centimeters per second × 3.6. For example, 10 cm3/s = 36 l/h.

How many Litres per hour are in 1 Cubic Centimeter per second?

There are 3.6 Litres per hour in 1 Cubic Centimeter per second. This is the standard conversion factor for volumeFlowRate measurements.

What is the formula for converting cm3/s to l/h?

The conversion formula is: l/h = cm3/s × 3.6. Simply multiply your Cubic Centimeters per second value by 3.6 to get the equivalent in Litres per hour.

How do you convert Litres per hour to Cubic Centimeters per second?

To convert Litres per hour back to Cubic Centimeters per second, multiply by 0.27777777777778. The inverse formula is: Cubic Centimeters per second = Litres per hour × 0.27777777777778.

Is Cubic Centimeters per second to Litres per hour conversion accurate?

Yes, this converter uses the standard international conversion factor of 3.6, ensuring accurate and reliable results for all volumeFlowRate conversions.

When should I use Cubic Centimeters per second vs Litres per hour?

Cubic Centimeters per second and Litres per hour are different units of volumeFlowRate. Use Cubic Centimeters per second for various applications and Litres per hour for various applications.

Cubic Centimeters per second (cm3/s) to Litres per hour (l/h) Chart

Quick reference table showing common Cubic Centimeters per second to Litres per hour conversions. Use this chart for fast lookups of frequently used values.

cm3/s	l/h
0.1 cm3/s	0.36 l/h
0.2 cm3/s	0.72 l/h
0.3 cm3/s	1.08 l/h
0.4 cm3/s	1.44 l/h
0.5 cm3/s	1.8 l/h
0.6 cm3/s	2.16 l/h
0.7 cm3/s	2.52 l/h
0.8 cm3/s	2.88 l/h
0.9 cm3/s	3.24 l/h

cm3/s	l/h
1 cm3/s	3.6 l/h
2 cm3/s	7.2 l/h
3 cm3/s	10.8 l/h
4 cm3/s	14.4 l/h
5 cm3/s	18 l/h
6 cm3/s	21.6 l/h
7 cm3/s	25.2 l/h
8 cm3/s	28.8 l/h
9 cm3/s	32.4 l/h

cm3/s	l/h
10 cm3/s	36 l/h
20 cm3/s	72 l/h
30 cm3/s	108 l/h
40 cm3/s	144 l/h
50 cm3/s	180 l/h
60 cm3/s	216 l/h
70 cm3/s	252 l/h
80 cm3/s	288 l/h
90 cm3/s	324 l/h

cm3/s	l/h
100 cm3/s	360 l/h
200 cm3/s	720 l/h
300 cm3/s	1080 l/h
400 cm3/s	1440 l/h
500 cm3/s	1800 l/h
600 cm3/s	2160 l/h
700 cm3/s	2520 l/h
800 cm3/s	2880 l/h
900 cm3/s	3240 l/h

cm3/s	l/h
1000 cm3/s	3600 l/h
2000 cm3/s	7200 l/h
3000 cm3/s	10800 l/h
4000 cm3/s	14400 l/h
5000 cm3/s	18000 l/h
6000 cm3/s	21600 l/h
7000 cm3/s	25200 l/h
8000 cm3/s	28800 l/h
9000 cm3/s	32400 l/h

cm3/s	l/h
10000 cm3/s	36000 l/h
20000 cm3/s	72000 l/h
30000 cm3/s	108000 l/h
40000 cm3/s	144000 l/h
50000 cm3/s	180000 l/h
60000 cm3/s	216000 l/h
70000 cm3/s	252000 l/h
80000 cm3/s	288000 l/h
90000 cm3/s	324000 l/h