The water mixer is used to mix water steam with cold water as shown in the figure below. The properties are indicated for inlets 1 (steam) and 2 (Water) and the exit 3 (Saturated liquid). A₂-25 cm² T₂-20°C P2-3 bar T₁-180°C Pi 3 bar m₁ 40 kg/s Control volume Saturated liquid P3-3 bar (AV)-0.6 m³/s Compute using NIST tables: a. temperature at the exit 3. boundary b. The mass flow rates at 2 and 3. c. Velocity at inlet 2
The water mixer is used to mix water steam with cold water as shown in the figure below. The properties are indicated for inlets 1 (steam) and 2 (Water) and the exit 3 (Saturated liquid). A₂-25 cm² T₂-20°C P2-3 bar T₁-180°C Pi 3 bar m₁ 40 kg/s Control volume Saturated liquid P3-3 bar (AV)-0.6 m³/s Compute using NIST tables: a. temperature at the exit 3. boundary b. The mass flow rates at 2 and 3. c. Velocity at inlet 2
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![The water mixer is used to mix water steam with cold water as shown in the figure below. The properties
are indicated for inlets 1 (steam) and 2 (Water) and the exit 3 (Saturated liquid).
A₂ = 25 cm²
T₂=20°C
P2-3 bar
T₁-180°C
-3 bar
m₁ =40 kg/s
3
Control volume
boundary
Saturated liquid
P3-3 bar
(AV)=0.6 m³/s
Compute using NIST tables:
a. temperature at the exit 3.
b. The mass flow rates at 2 and 3.
c. Velocity at inlet 2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcdd8bf84-19da-460c-9046-7764979f3061%2F48710443-e24a-4e51-831a-a2effa7f762a%2Fbkqp8jr_processed.png&w=3840&q=75)
Transcribed Image Text:The water mixer is used to mix water steam with cold water as shown in the figure below. The properties
are indicated for inlets 1 (steam) and 2 (Water) and the exit 3 (Saturated liquid).
A₂ = 25 cm²
T₂=20°C
P2-3 bar
T₁-180°C
-3 bar
m₁ =40 kg/s
3
Control volume
boundary
Saturated liquid
P3-3 bar
(AV)=0.6 m³/s
Compute using NIST tables:
a. temperature at the exit 3.
b. The mass flow rates at 2 and 3.
c. Velocity at inlet 2
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