Cubic meters per minute to Teaspoons per second conversion

How to convert cubic meters per minute to teaspoons per second?

To convert cubic meters per minute (m³/min) to teaspoons per second (tsp/s), you need to use the appropriate conversion factors between these volume units.

1. Identify the conversion factors:

   • 1 cubic meter (m³) is equivalent to 202,884.14 teaspoons.
   • 1 minute is equivalent to 60 seconds.

2. Convert cubic meters per minute to cubic meters per second (m³/s):

   • Since there are 60 seconds in a minute, converting from cubic meters per minute to cubic meters per second involves dividing by 60. $1 \text{ m³/min} = \frac{1 \text{ m³}}{60 \text{ sec}} = \approx 0.01667 \text{ m³/s}$

3. Convert cubic meters per second to teaspoons per second:

   • Now that we have the volume flow rate in cubic meters per second, we convert cubic meters to teaspoons by multiplying by the number of teaspoons in a cubic meter. $0.01667 \text{ m³/s} \times 202,884.14 \text{ tsp/m³} = \approx 3381.40 \text{ tsp/s}$

So, $1 \text{ m³/min} \approx 3381.40 \text{ tsp/s}$.

Real World Examples for other Quantities of Cubic Meters per Minute:

1. 0.5 m³/min:

   • Convert to cubic meters per second: $0.5 \text{ m³/min} = \frac{0.5 \text{ m³}}{60 \text{ sec}} = 0.00833 \text{ m³/s}$
   • Convert to teaspoons per second: $0.00833 \text{ m³/s} \times 202,884.14 \text{ tsp/m³} = \approx 1690.7 \text{ tsp/s}$

2. 2 m³/min:

   • Convert to cubic meters per second: $2 \text{ m³/min} = \frac{2 \text{ m³}}{60 \text{ sec}} = 0.03333 \text{ m³/s}$
   • Convert to teaspoons per second: $0.03333 \text{ m³/s} \times 202,884.14 \text{ tsp/m³} = \approx 6762.8 \text{ tsp/s}$

3. 10 m³/min:

   • Convert to cubic meters per second: $10 \text{ m³/min} = \frac{10 \text{ m³}}{60 \text{ sec}} = 0.16667 \text{ m³/s}$
   • Convert to teaspoons per second: $0.16667 \text{ m³/s} \times 202,884.14 \text{ tsp/m³} = \approx 34,003 \text{ tsp/s}$

Real-World Examples

• 0.5 m³/min could represent the air flow in a small residential HVAC duct.
• 2 m³/min might be the water flow rate of a small pump used in residential water features or small-scale irrigation.
• 10 m³/min could correspond to the flow rate of a water pump in industrial applications or the air ventilation rate in large commercial HVAC systems.