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Oil flowing at the rate of 7258 kg/h with a comm= 2.01 kJ/kg Kis cooled from 394.3 K to 338.9 K in a counterflow heat exchanger by water enter- ing at 294.3 K and leaving at 305.4 K. Calculate the flow rate of the water and the overall U, if the A, is 5.11 m².

Question-Answer › Category: Heat And Mass Transfer › Oil flowing at the rate of 7258 kg/h with a comm= 2.01 kJ/kg Kis cooled from 394.3 K to 338.9 K in a counterflow heat exchanger by water enter- ing at 294.3 K and leaving at 305.4 K. Calculate the flow rate of the water and the overall U, if the A, is 5.11 m².
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S cornwell asked 1 year ago

Oil flowing at the rate of 7258 kg/h with a comm= 2.01 kJ/kg Kis cooled from 394.3 K to 338.9 K in a counterflow heat exchanger by water enter- ing at 294.3 K and leaving at 305.4 K. Calculate the flow rate of the water and the overall U, if the A, is 5.11 m².

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Vikash answered 1 year ago

 
 

Souhon! - oil! - mail = 7258 19/n, = 2.01 kg logok 394.3k - 338.9K water. - 9 = 4.00 ke ale 294.3k 305.uk For flow eate of w

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