- X 31 Figure Q3 The Figure Q3 Shows A 180 Elbow Oil Enters This Elbow At A Speed Of X M S And Is Discharged Into The 1 (36.26 KiB) Viewed 29 times
X = 31 Figure Q3 The figure Q3 shows a 180° elbow. Oil enters this elbow at a speed of X m/s and is discharged into the
-
answerhappygod
- Site Admin
- Posts: 899603
- Joined: Mon Aug 02, 2021 8:13 am
X = 31 Figure Q3 The figure Q3 shows a 180° elbow. Oil enters this elbow at a speed of X m/s and is discharged into the
X = 31 Figure Q3 The figure Q3 shows a 180° elbow. Oil enters this elbow at a speed of X m/s and is discharged into the atmosphere at the exit. Here X is the sum of all the digits of your URN. Inlet area of the elbow is 25m² and outlet area is 10m². If the gauge pressure at the inlet to the elbow is 15 kPa, calculate the horizontal component of force required to hold the elbow in place.