Great question. It comes down to surface area. If you remove all the drywall and the studs are wet to the ceiling. The wall area would be the same. If, however, after removing the drywall only the bottom 3 feet of the studs are wet, that would be the amount of surface area you would calculate for that wall. As a side note when dealing with an open stud wall, it can be helpful to use Layflat ducting, and or plastic sheeting to direct the airflow to where you need it.
I literally just had Darren as my Instructor . Great facilitator
Best course I ever had enrolled in.
great video! I struggled on with the maths on my exam. This video gave me hope for my next attempt
Muy bien
Thank you; cleared up questions for my WRT course.
Great video! Can you make one explaining effective air mover and dehu placement?
How does this affect the calculations once the drywall and insulation has been removed from the wall?
Great question. It comes down to surface area. If you remove all the drywall and the studs are wet to the ceiling. The wall area would be the same. If, however, after removing the drywall only the bottom 3 feet of the studs are wet, that would be the amount of surface area you would calculate for that wall. As a side note when dealing with an open stud wall, it can be helpful to use Layflat ducting, and or plastic sheeting to direct the airflow to where you need it.