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What else can I help you with?
What would a fan do to rate the evaporation of a puddle?
don't know lolllllllllllllllllll
What would a fan do to the rate if a evaporation puddle?
A fan blowing air over an evaporation puddle would increase the rate of evaporation. The moving air helps to remove the water vapor from the surface of the puddle more quickly, leading to faster evaporation.
What would a fan do to rate of evaporation of a puddle?
A fan would increase the rate of evaporation of a puddle by promoting airflow over the surface of the water, which helps to carry away the water vapor that is evaporating. This increased airflow reduces the humidity around the puddle, allowing for faster evaporation.
Would driving through water cause cooling fans to stop working?
A normal puddle on the road should not damage the fan. If the water is deep, then water could get inside of the fan connectors or the fans themselves, and cause failure.
How would you compare the mass flow rate of two identical fans one at sea level and other on top of mountain running at identical speed?
The mass flow rate of the two identical fans would differ due to the variation in air density at different altitudes. At sea level, the air is denser, resulting in a higher mass flow rate compared to the fan on top of a mountain, where the air is less dense. Even though both fans are running at identical speeds, the fan at sea level would move more mass of air per unit time than the fan at higher elevation. Thus, the mass flow rate is greater at sea level than on the mountain.
What are some common uses for this fan?
This fan can be used in any application where the aire needs to be exchanged at a high rate of speed.
Is Justin Bieber fan rate going down?
i think so
Would the Jonas borthers date a fan?
Yes. They would date a fan.
Would chad blashford date a fan?
Yes he would. He datED me. I was a fan.
What is the unit rate for a fan that rotates 2000 times in 40 seconds?
50
What is the optimal fan speed of an Intel Pentium 4?
The optimal fan speed depends on the size of the heatsink and the clock rate of your processor. As such, there is no single answer.
What dimensions would you use for a booth type hood if you wanted am exhaust rate of 1000 cubic feet per minute?
No one simple answer- will depend on the capacity of the fan you are using.
