Water flowing at a rate of 0.15 kg/s through a 17mm inside diameter pipe enters at...

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Water flowing at a rate of 0.15 kg/s through a 17mm inside diameter pipe enters at 5°C and exit at 45°C. The water is heated by saturated atmospheric steam condensing on the outside of the tube. For a horizontal commercial steel tube 2 m long, evaluate; 2.1. The convective coefficient on the water side; (10) 2.2. The convective coefficient on the condensate side; (15) 2.3. The condensation rates. (5) Neglect the conductive resistance across the wall. [30] Water flowing at a rate of 0.15 kg/s through a 17mm inside diameter pipe enters at 5°C and exit at 45°C. The water is heated by saturated atmospheric steam condensing on the outside of the tube. For a horizontal commercial steel tube 2 m long, evaluate; 2.1. The convective coefficient on the water side; (10) 2.2. The convective coefficient on the condensate side; (15) 2.3. The condensation rates. (5) Neglect the conductive resistance across the wall. [30]

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