l/s/m² to l/s/cm² and l/s/cm² to l/s/m² Calculator

How to Calculate Between l/s/m² and l/s/cm²

The l/s/m² to l/s/cm² and l/s/cm² to l/s/m² Calculator converts between liters per second per square meter (l/s/m²) and liters per second per square centimeter (l/s/cm²) for air velocity measurements. The formulas are:

\( l/s/cm^2 = \frac{l/s/m^2}{10000} \)
\( l/s/m^2 = l/s/cm^2 \times 10000 \)

Where:

\( l/s/m^2 \): Liters per second per square meter, a unit of air velocity.
\( l/s/cm^2 \): Liters per second per square centimeter, a unit of air velocity.

Select the conversion direction, enter the input value, and calculate the result.

Note: The conversion factor 10000 is derived from 1 m² = 10000 cm².

Using the l/s/m² and l/s/cm² Mutual Conversion Calculator

This calculator is useful for HVAC design, ventilation rates, and air flow analysis, supporting bidirectional conversions between different metric units.

Select the direction (l/s/m² to l/s/cm² or l/s/cm² to l/s/m²), input the value. The calculator outputs the converted value.

Example 1: For a value of 1 l/s/m² to l/s/cm².

Direction: l/s/m² to l/s/cm²
Input: \( 1 \)
Calculation: \( l/s/cm^2 = 1 / 10000 = 0.0001 \)
Result: \( 0.00010 \, \text{l/s/cm²} \)

Example 2: For a value of 0.0001 l/s/cm² to l/s/m².

Direction: l/s/cm² to l/s/m²
Input: \( 0.0001 \)
Calculation: \( l/s/m^2 = 0.0001 \times 10000 = 1 \)
Result: \( 1.00000 \, \text{l/s/m²} \)

Use this tool for quick bidirectional conversions in engineering or environmental applications.

Common FAQ

Below are frequently asked questions about l/s/m² and l/s/cm² conversions:

Q: What is l/s/m²?
A: l/s/m² stands for liters per second per square meter, a metric unit measuring air velocity.
Q: What is l/s/cm²?
A: l/s/cm² stands for liters per second per square centimeter, a metric unit measuring air velocity for smaller areas.
Q: Is the conversion always using 10000?
A: Yes, this is the exact factor since 1 m² = 10000 cm².
Q: How accurate is this calculator?
A: It provides precise results based on the formulas, rounded to 5 decimal places.
Q: Can negative values be used?
A: No, input values must be positive; invalid inputs leave the result blank.