Work and Energy of Moving Fluids (HGL and EGL)

Hydraulic Grade Lines and Energy Grade Lines

[@fabiansoto7307]

Thank you for the video!

[@tutstorial8474]

wow! I really understand it well Nice

[@xcrazysamsongx]

Thank you for this

[@WatchTylerPlay]

GOOD VIDEO!!! clean af

[@macsmacoy2848]

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 ???

[@LadyHedera]

yes, it is the diameter of the nozzle

[@mounamoon9050]

Does Qin always equal to Qout in a pump system ?

[@BreeZe88]

headloss at 6in pipe is wrong? how you getting 4.28 when im getting 14.053 ft?

[@m.f.a.2077]

Because g=9.81 when we use meter. She using ft so g=32.2

[@yigitunald2877]

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?

[@user-tq5kd2ij6y]

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?

[@abdullahalyahya4139]

hello Ameri thanks for the video i have learned a lot, is there a way to contact u i need some help please