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A device is designed to cool 0.14kg/s of hot liquid of specific heat 3KJ/kgK at100∘C using a parallel flow arrangement. The cooling water of specific heat 4.18k/kgK is available for cooling purpose at the rate of 0.54kg/s at a temperature of 10∘C. The effectiveness of heat exchanger is (take overall heat transfer coefficient is1360W/m2K and the surface area of the heat exchanger isa)0.6b)0.64Correct answer is between '0.6,0.64'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared
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A device is designed to cool 0.14kg/s of hot liquid of specific heat 3KJ/kgK at100∘C using a parallel flow arrangement. The cooling water of specific heat 4.18k/kgK is available for cooling purpose at the rate of 0.54kg/s at a temperature of 10∘C. The effectiveness of heat exchanger is (take overall heat transfer coefficient is1360W/m2K and the surface area of the heat exchanger isa)0.6b)0.64Correct answer is between '0.6,0.64'. Can you explain this answer?, a detailed solution for A device is designed to cool 0.14kg/s of hot liquid of specific heat 3KJ/kgK at100∘C using a parallel flow arrangement. The cooling water of specific heat 4.18k/kgK is available for cooling purpose at the rate of 0.54kg/s at a temperature of 10∘C. The effectiveness of heat exchanger is (take overall heat transfer coefficient is1360W/m2K and the surface area of the heat exchanger isa)0.6b)0.64Correct answer is between '0.6,0.64'. Can you explain this answer? has been provided alongside types of A device is designed to cool 0.14kg/s of hot liquid of specific heat 3KJ/kgK at100∘C using a parallel flow arrangement. The cooling water of specific heat 4.18k/kgK is available for cooling purpose at the rate of 0.54kg/s at a temperature of 10∘C. The effectiveness of heat exchanger is (take overall heat transfer coefficient is1360W/m2K and the surface area of the heat exchanger isa)0.6b)0.64Correct answer is between '0.6,0.64'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice A device is designed to cool 0.14kg/s of hot liquid of specific heat 3KJ/kgK at100∘C using a parallel flow arrangement. The cooling water of specific heat 4.18k/kgK is available for cooling purpose at the rate of 0.54kg/s at a temperature of 10∘C. The effectiveness of heat exchanger is (take overall heat transfer coefficient is1360W/m2K and the surface area of the heat exchanger isa)0.6b)0.64Correct answer is between '0.6,0.64'. Can you explain this answer? tests, examples and also practice GATE tests.