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Q4/ Water at velocity (1.8 m/s) is forced through a tube with a ( 2cm ID). The inlet water temperature is (8 °C) and the outlet water temperature is (32 °C). The tube wall temperature is (15 °C) higher than the water temperature all along the length. The length of the tube (3 m). Calculate the heat transfer to the water.

Q4/ Water at velocity (1.8 m/s) is forced through a tube with a ( 2cm ID). The inlet water temperature is (8 °C) and the outlet water temperature is (32 °C). The tube wall temperature is (15 °C) higher than the water temperature all along the length. The length of the tube (3 m). Calculate the heat transfer to the water.

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Q4/ Water at velocity (1.8 m/s) is forced through a tube with a ( 2cm ID). The inlet water temperature is (8 °C) and the outlet water temperature is (32 °C). The tube wall temperature is (15 °C) higher than the water temperature all along the length. The length of the tube (3 m). Calculate the heat transfer to the water.
Transcribed Image Text:Q4/ Water at velocity (1.8 m/s) is forced through a tube with a ( 2cm ID). The inlet water temperature is (8 °C) and the outlet water temperature is (32 °C). The tube wall temperature is (15 °C) higher than the water temperature all along the length. The length of the tube (3 m). Calculate the heat transfer to the water.
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