Nice! Thank you for letting me know you passed. It brings me joy to know that I have somewhat helped you pass this exam, time to celebrate - well done!
FE manual says T is in Ft^2/Sec. Why do we not convert from minutes to seconds here when converting from GPM to Ft^3/Min. Why do we not convert to Ft^3/Sec., since T is Ft.^2/Sec? Or does the unit of time not matter so long as it is consistent?
I think we don’t covert to ft^2/sec since the question wants us to find the length and time units in feet and minutes. If the question asked for k (ft/s), we would in that case concert T to Ft^2/sec
Hey! I solved this before watching your video and I got the same answer but I used h1= 20 ft and h2= 2 ft and got the same 0.0272 ft/min but I did not subtract the piezometric level 100- 20 ft for h1 or h2 I am confused now lol
I passed the FE Civil! Just wanted to say thank you for the content that you are sharing here, your videos helped me a lot!
Nice! Thank you for letting me know you passed. It brings me joy to know that I have somewhat helped you pass this exam, time to celebrate - well done!
FE manual says T is in Ft^2/Sec. Why do we not convert from minutes to seconds here when converting from GPM to Ft^3/Min. Why do we not convert to Ft^3/Sec., since T is Ft.^2/Sec? Or does the unit of time not matter so long as it is consistent?
I think we don’t covert to ft^2/sec since the question wants us to find the length and time units in feet and minutes.
If the question asked for k (ft/s), we would in that case concert T to Ft^2/sec
Ncees pe hb 1.1, p. 3, 64, 416, 417.
It's faster to plug in T=K*b into Tiem equation.
Saw a problem like this on a civil pe water exam.
Interesting!!! I need to review this then. Thank you for letting us know
@@directhubfeexam welcome.
Good One!
Hey! I solved this before watching your video and I got the same answer but I used h1= 20 ft and h2= 2 ft and got the same 0.0272 ft/min but I did not subtract the piezometric level 100- 20 ft for h1 or h2 I am confused now lol