Using Euler’s equation, determine the pressure gradient in the flow direction (𝛿p/𝛿l) for a pipe that
slopes upward in the direction of flow at an angle of 60 degrees with the horizontal. Assume the
liquid is decelerating (accelerating opposite to flow direction) at a rate of 0.25 g (al = -0.25g).
Assume the liquid is kerosene at 20 C

Question

Using Euler’s equation, determine the pressure gradient in the flow direction (𝛿p/𝛿l) for a pipe that
slopes upward in the direction of flow at an angle of 60 degrees with the horizontal. Assume the
liquid is decelerating (accelerating opposite to flow direction) at a rate of 0.25 g (al = -0.25g).
Assume the liquid is kerosene at 20 C

paki · Answer

hey....

welcome to open study...

please post your question in the relevant section, so that it can be guided/answered properly...

thanks...

anonymous · Answer

Thanks, i just posted it under Engineering. 

This is for a fluid mechanics course for civil engineering, which i am having a hard time understanding the new chapter of pressure variations.

paki · Answer

i know. i am a civil engineer too... fluid mechanics by franzini....

anonymous · Answer

are you a graduate, or undergraduate?

I am using the book engineering fluid mechanics by Elger

paki · Answer

i am doing MS in structural engineering now....

anonymous · Answer

cool, how are the courses after your undergrad? more intense?

paki · Answer

it's quite nice and interesting.... also little bit difficult too....