The given info states only two pipes with Diameters 6" and 4" respectively, but how come all of a sudden there's an new info: 3" diameter and 1.5" radius for the second pipe ?? (00:08:19 onwards) is that of the nozzle ???
There are only two pipes listed in the information provided, with diameters of 4 and 6. So why is there now additional information stating that the second pipe has a 1.5" radius and a 3" diameter?
how are you getting EGL - HGL = .856? When you say V^2/2g what is the variable V? Is it V2, V4, V6? I can't reproduce the calculation that gets you this number. Even doing sqrt(.856 x 2g) gives me 7.42 ft/s... what does this represent? is that accurate?
wow! I really understand it well Nice
The given info states only two pipes with Diameters 6" and 4" respectively, but how come all of a sudden there's an new info: 3" diameter and 1.5" radius for the second pipe ?? (00:08:19 onwards) is that of the nozzle ???
yes, it is the diameter of the nozzle
Thank you for the video!
There are only two pipes listed in the information provided, with diameters of 4 and 6. So why is there now additional information stating that the second pipe has a 1.5" radius and a 3" diameter?
Thank you for this
headloss at 6in pipe is wrong? how you getting 4.28 when im getting 14.053 ft?
Because g=9.81 when we use meter. She using ft so g=32.2
how are you getting EGL - HGL = .856? When you say V^2/2g what is the variable V? Is it V2, V4, V6? I can't reproduce the calculation that gets you this number. Even doing sqrt(.856 x 2g) gives me 7.42 ft/s... what does this represent? is that accurate?
GOOD VIDEO!!! clean af
hello Ameri thanks for the video i have learned a lot, is there a way to contact u i need some help please
Does Qin always equal to Qout in a pump system ?