Unit.Conv

Convert Liters per Hour (L/h) to Liters per Minute (L/min)

1 L/h = 0.017 L/min
How many Liters per Minute in a Liter per Hour?Printable chart →

Converting from liters per hour (L/h) to liters per minute (L/min) is crucial for various applications, including cooking, travel, and industrial processes. The conversion factor is 1 L/h = 0.0166667 L/min, making it easy to convert larger flow rates into more manageable units. Whether you're measuring water flow rates in a garden or assessing fuel consumption in vehicles, our converter simplifies the task.

0.016667

≈ 1/64 L/min

Conversion Formula

L/min = L/h × 0.0166667

Reverse: L/h = L/min × 59.9999

Quick mental math: For quick mental math, remember that to convert L/h to L/min, simply divide the L/h value by 60.

Conversion Examples

1 L/h × 0.0166667 =
0.017 L/min
1 Liters per Hour = 0.017 Liters per Minute
5 L/h × 0.0166667 =
0.083 L/min
5 Liters per Hour = 0.083 Liters per Minute
10 L/h × 0.0166667 =
0.167 L/min
10 Liters per Hour = 0.167 Liters per Minute
25 L/h × 0.0166667 =
0.417 L/min
25 Liters per Hour = 0.417 Liters per Minute
50 L/h × 0.0166667 =
0.833 L/min
50 Liters per Hour = 0.833 Liters per Minute
100 L/h × 0.0166667 =
1.667 L/min
100 Liters per Hour = 1.667 Liters per Minute

Liter per Hour to Liter per Minute Table

L/h =—L/min
Liter per Hour (L/h)Liter per Minute (L/min)
10.0167
60.1
110.1833
160.2667
210.35
260.4333
310.5167
360.6
410.6833
460.7667
510.85
560.9333
611.0167
661.1
711.1833
761.2667
811.35
861.4333
911.5167
961.6

Unit Definitions

What is a Liter per Hour (L/h)?

Metric (SI)Worldwide

A liter per hour (L/h) measures the volume of liquid flowing per hour. It is commonly used in various fields, including engineering and fluid mechanics.

History

The liter as a unit of volume originated in France during the 18th century, and liters per hour became essential for measuring flow rates in industrial applications. This unit helps quantify the efficiency of various processes.

Current Use

Today, L/h is widely used in sectors such as agriculture for irrigation systems, in automotive engineering for fuel consumption, and in manufacturing for liquid processing.

Learn more about Liter per Hour

What is a Liter per Minute (L/min)?

Metric (SI)Worldwide

A liter per minute (L/min) measures the volume of liquid flowing per minute. It provides a more granular look at flow rates for various applications.

History

Similar to liters per hour, liters per minute also emerged from the metric system established in France. The L/min unit became essential for precise measurements in both scientific and practical applications.

Current Use

L/min is frequently used in medical settings for oxygen flow rates, in cooking for water or ingredient dispensing, and in various industrial processes that require accurate liquid flow measurements.

Learn more about Liter per Minute

Frequently Asked Questions

How does this conversion apply to cooking?
When cooking, precise measurements can be critical. For example, if a recipe calls for 1000 L/h of water to be boiled, this translates to approximately 16.6667 L/min. Understanding this conversion helps you maintain the right flow of water, ensuring your dish is prepared correctly. This is especially relevant in large-scale cooking environments, such as catering or restaurant kitchens.
Can you give an example of how this is used in fitness?
In a fitness context, knowing your hydration needs can be essential. If a hydration system dispenses water at a rate of 1000 L/h, it means that you are getting around 16.6667 L/min. This can help you determine how much water you are consuming during workouts. For instance, if you exercise for 30 minutes, you would consume approximately 500 liters of water, emphasizing the importance of hydration in your fitness routine.
How does this relate to construction and water usage?
In construction, understanding water flow rates can be crucial for tasks such as concrete mixing. If a mixer requires water at a rate of 1000 L/h, you can calculate that it uses about 16.6667 L/min. Knowing this helps you plan your water supply efficiently, ensuring that you have enough water available to keep the project on schedule. This is vital for maintaining the quality and strength of the concrete.
What is a practical application in travel?
Traveling often involves understanding fuel consumption rates. If a vehicle uses fuel at a rate of 1000 L/h, this is equivalent to about 16.6667 L/min. Knowing this can help you calculate how much fuel you'll need for a trip. For example, on a road trip lasting 2 hours, you would use approximately 2000 liters of fuel, allowing you to plan your refueling stops accordingly.
How can this conversion benefit scientific experiments?
In scientific experiments, accurate measurements are crucial for reproducibility. If an experiment requires a liquid to flow at 1000 L/h, it translates to around 16.6667 L/min. This conversion is essential when setting up experiments that involve precise liquid handling, such as chemical reactions or biological assays. For example, if a reaction needs 2000 liters of a solution over 2 hours, knowing the flow rate can help achieve the desired conditions accurately.

Popular Flow Rate Conversions

Liter per Minute to Gallon per MinuteL/min → GPMGallon per Minute to Liter per MinuteGPM → L/minLiter per Minute to Cubic Meter per HourL/min → m³/hCubic Meter per Hour to Liter per Minutem³/h → L/minLiter per Second to Liter per MinuteL/s → L/minCubic Foot per Minute to Liter per MinuteCFM → L/min

Convert Liter per Hour to Other Units

Liter per Hour to Liter per Minute→ L/minLiter per Hour to Liter per Second→ L/sLiter per Hour to Liter per Second→ L/sLiter per Hour to Cubic Meter per Hour→ m³/hLiter per Hour to Cubic Meter per Second→ m³/sLiter per Hour to Gallon per Minute→ GPMLiter per Hour to Cubic Foot per Minute→ CFMLiter per Hour to Cubic Meter per Hour→ m³/h

Related Conversions

Liter per Minute to Liter per SecondL/min → L/sLiter per Minute to Liter per HourL/min → L/hLiter per Minute to Cubic Meter per HourL/min → m³/hLiter per Minute to Cubic Meter per SecondL/min → m³/sLiter per Minute to Gallon per MinuteL/min → GPM