Provide the solution and diagram.A 120 tons refrigeration system with COP of 5 has a condenser which is to be cooled by means of a cooling tower. Air enters the tower at 25 oC db and 50% RH and leaves at 35 oC db and 80% RH.Find the volume of air needed m3/hr. At 25oC and 50% RH: h = 50 KJ/kg, v = 0.86 m3/kg At 350C db and 80% RH: h = 108 A. 7.51 m3/s B. 2.34 m3/s C. 4.98 m3/s D. 3.16 m3/s Provide the solution and diagram.A 120 tons refrigeration system with COP of 5 has a condenser which isto be cooled by means of a cooling tower. Air enters the tower at 25 °Cdb and 50% RH and leaves at 35 °C db and 80% RH.Find the volume of air needed m³/hr.At 25°C and 50% RH: h= 50 KJ/kg, v = 0.86 m³/kg|At 35°C db and 80% RH: h = 108A. 7.51 m3/sB. 2.34 m?/sC. 4.98 m³/sD. 3.16 m³/s

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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Provide the solution and diagram.

A 120 tons refrigeration system with COP of 5 has a condenser which is to be cooled by means of a cooling tower. Air enters the tower at 25^oC db and 50% RH and leaves at 35^oC db and 80% RH.

Find the volume of air needed m³/hr.

At 25^oC and 50% RH: h = 50 KJ/kg, v = 0.86 m³/kg

At 35⁰C db and 80% RH: h = 108

A. 7.51 m³/s B. 2.34 m³/s C. 4.98 m³/s D. 3.16 m³/s

Provide the solution and diagram.
A 120 tons refrigeration system with COP of 5 has a condenser which is
to be cooled by means of a cooling tower. Air enters the tower at 25 °C
db and 50% RH and leaves at 35 °C db and 80% RH.
Find the volume of air needed m³/hr.
At 25°C and 50% RH: h= 50 KJ/kg, v = 0.86 m³/kg|
At 35°C db and 80% RH: h = 108
A. 7.51 m3/s
B. 2.34 m?/s
C. 4.98 m³/s
D. 3.16 m³/s

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