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"Pascal" is a unit of pressure, not a quantity of air.

The phrase "pascal per minute" is meaningless.

Q: How many cubic meters of air can you move in 1 hour at a flow rate of 2 pascals per minute?

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You can't. Meters per second is a straight off speed, CFM(cubic feet per minute) is a flow rate. You could convert cubic meters/second into CFM though. Here's a link that'll help you with that:http://www.heatsink-guide.com/content.php?content=conversion.shtml

Pascals are a unit of pressure (force per unit area). Liters per minute is a unit of flow rate (volume per unit time).

35.3146667 (cubic feet) per second == Converters: * NOAA: http://www.srh.noaa.gov/wgrfc/resources/convert.html#flow

A cubic foot per minute is a measure of flow whereas a litre is a measure of volume. The two measure different things and so there is no conversion between the two without additional information.

The flow rate in cubic feet/second is (3*1.5*3) = 14.5 cubic ft/sec. According to Google, there are 6.229 Imperial gallons or 7.481 US gallons in 1 cubic foot. Therefore, the flow rate is 90.32 Imp gallons/sec or 108.47 US gallons/sec. If this many gallons flow per second, then (90.32 x 60) = 5419 Imp gallons flow per 1 minute, or equivalently 6508 US gallons per minute.

Related questions

Six million cubic feet (168,000 cubic meters) of water flow over the crest every minute during high flow.

Measures the amount of air to flow past the meter in cubic feet (CFM) or meters (CMM) per minute.

This question is not specific enough to answer. If we knew which type of flow rate you were speaking of we could answer this. For example there is a volumetric flow rate which is the volume of fluid that passes through any given surface per unit time.

You can't. Meters per second is a straight off speed, CFM(cubic feet per minute) is a flow rate. You could convert cubic meters/second into CFM though. Here's a link that'll help you with that:http://www.heatsink-guide.com/content.php?content=conversion.shtml

It is in cubic metres!

You cannot directly convert pressure (Pa) to volumetric flow rate (cfm) as they are different units. You would need additional information such as the temperature and cross-sectional area to convert pressure to volumetric flow rate using the ideal gas law.

Pascals are a unit of pressure (force per unit area). Liters per minute is a unit of flow rate (volume per unit time).

Hole or pipe size is not the only factor that determines flow of cubic feet per minute. The other factors are presssure and resistance.

To convert cubic meters per hour to BTUs per hour, you need to know the type of gas. Multiply the cubic meters per hour by the energy content of the gas in BTUs per cubic meter to get the BTUs per hour.

It is an old measure for rate rate of flow.

There is no direct transfer of meters per second to meters cubed per second. Meters per second is velocity, meters cubed per second is volumetric flow. If it is fluids in a channel or pipe and you knoe the area of the fluid flow then you can use Flowrate = Area x Velocity

cfm stands for cubic feet per minute - this is a term that describes the amount of air flow in duct work - it takes approximately 400 cubic feet per minute air flow per ton of air conditioning