ya x 0 45 a3 part a write down the normal vectors in components at the
Part a: Write down the normal vectors in components at the control surfaces at location 1, 2 and
3 (₁, ₂, 3)
Part b: The time rate of change of mass of a system is given by:
Days=0 in this situation? Why is Joy pdV=0 in this situation?
Part c: Write down the expression and fill in the different terms for location 1, 2, 3 of
Jes PV ndA=0
Part d: Solve at location 3 for the magnitude of the velocity V3 and the velocity vector Va. Confirm
and show that V3 = V₁ |-/nProblem 3: Flow device
Please consider the flow through the geometry in the figure below.
The system is at steady-state and the fluid is incompressible with density p= 1050kg/m³. There are
three regions of interest (1, 2, 3), with their unique inlet/outlet areas A₁ = 0.10m², A₂ = 0.02m²,
A3 = 0.05m² and velocities V₁ = 5 m/s, V₂ = -101 m/s. The sprout at location 3 is inclined
downwards with inclination 0= 45 degrees.
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