HW for sure, in detail, thanks Q1 (a) Imagine a pipe that starts with a velocity V1 but then rises to new height where t
Posted: Thu Apr 28, 2022 9:00 am
HW for sure, in detail, thanks
Q1
(a) Imagine a pipe that starts with a velocity V1 but then
rises to new height where the pipe widens. You would expect...
A the velocity to rise and the pressure to fall
B the velocity to fall and the pressure to rise
C the velocity and pressure to rise
D the velocity and pressure to fall
E constant velocity and pressure
(b) Assuming water, an initial velocity of 1.3m/s, an initial
height of 2m and a final height of 3m and a final velocity of .8
m/s, how much pressure change do you expect between the first and
second pipe?
* V2 Δt S2 E-νη Δt = S1 Α2 hi h2 AL
Q1
(a) Imagine a pipe that starts with a velocity V1 but then
rises to new height where the pipe widens. You would expect...
A the velocity to rise and the pressure to fall
B the velocity to fall and the pressure to rise
C the velocity and pressure to rise
D the velocity and pressure to fall
E constant velocity and pressure
(b) Assuming water, an initial velocity of 1.3m/s, an initial
height of 2m and a final height of 3m and a final velocity of .8
m/s, how much pressure change do you expect between the first and
second pipe?
- Hw For Sure In Detail Thanks Q1 A Imagine A Pipe That Starts With A Velocity V1 But Then Rises To New Height Where T 1 (31.85 KiB) Viewed 29 times