A horizontal pipe of diameter 200mm is carrying Ethanol with density 785.1 kg/m3 at 25°C through a 130° bend. Find the magnitude and direction of force needed to hold the pipe if the flow velocity was 6ms'. Gage pressure on the entry and exit were recorded to be 29.43x103 MPa and 28.56×103 MPa, respectively. Neglect the pipe friction, the weight of the water and pipe bend. Also assume momentum-flux correction factor to be B = 1.0.
A horizontal pipe of diameter 200mm is carrying Ethanol with density 785.1 kg/m3 at 25°C through a 130° bend. Find the magnitude and direction of force needed to hold the pipe if the flow velocity was 6ms'. Gage pressure on the entry and exit were recorded to be 29.43x103 MPa and 28.56×103 MPa, respectively. Neglect the pipe friction, the weight of the water and pipe bend. Also assume momentum-flux correction factor to be B = 1.0.
Chapter2: Loads On Structures
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![A horizontal pipe of diameter 200mm is
carrying Ethanol with density 785.1
kg/m3 at 25°C through a 130° bend. Find
the magnitude and direction of force
needed to hold the pipe if the flow
velocity was 6ms. Gage pressure on
the entry and exit were recorded to be
29.43x103 MPa and 28.56x103 MPa,
respectively. Neglect the pipe friction, the
weight of the water and pipe bend. Also
assume momentum-flux correction
factor to be B = 1.0.
Exit
2
130°
Entry
1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6c3433e8-5f55-4727-bf2a-2c4ca20d5dd5%2F2144ee32-e7e6-4604-ad1c-038d27a27c88%2Fqs5wchw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A horizontal pipe of diameter 200mm is
carrying Ethanol with density 785.1
kg/m3 at 25°C through a 130° bend. Find
the magnitude and direction of force
needed to hold the pipe if the flow
velocity was 6ms. Gage pressure on
the entry and exit were recorded to be
29.43x103 MPa and 28.56x103 MPa,
respectively. Neglect the pipe friction, the
weight of the water and pipe bend. Also
assume momentum-flux correction
factor to be B = 1.0.
Exit
2
130°
Entry
1
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