In the pipe system on a horizontal plane the liquid flow with
\gamma
liquid
=0.8_(k)(g)/(d)m3
is divided into two branches as shown in the figure. Water flows from pipe (2) to the atmosphere at a speed of
V2=19(m)/(s)
, and from pipe (3) to the atmosphere at a speed of
V3=22(m)/(s)
. According to this; attachment to the pipe by the current Find the intensity and direction of the applied force (Patm
=0.1MPa
.

Question

In the pipe system on a horizontal plane the liquid flow with

\gamma

liquid

=0.8_(k)(g)/(d)m3

is divided into two branches as shown in the figure. Water flows from pipe (2) to the atmosphere at a speed of

V2=19(m)/(s)

, and from pipe (3) to the atmosphere at a speed of

V3=22(m)/(s)

. According to this; attachment to the pipe by the current Find the intensity and direction of the applied force (Patm

=0.1MPa

.

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