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For this problem first you need to calculate the heat transferred from the water to the surrounding air. Use the Heat Transfer Equation Q = (Mass Flow Rate) * ( Specific Heat) * (Delta T) So, Q = (250000)*(1.0)*(20) = 5,000,000 BTU/HR Knowing this we can plug this in to the Total Heat Quation...

It wont be removed if there is no airflow. However the latent load does have some effect on the room temperature, and the HVAC unit removes both sensible and latent loads. Typically the sensible load is much higher than the latent load, so the HVAC unit removes the latent load in the normal...

Room temp sensors operate off of DB temp, and do not read WB Temp. Therefore the thermostat will tell the HVAC unit to shut off once the Sensible load has been removed from the space. The sensible heat equation can be used to solve for the CFM @ 60 degree supply to remove the sensible load...

Congrats to all !!

Congrats to all who passed!

bknewto7 PASSED - PE Mechanical Arkansas

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finally got my license number, now I am officially official!