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A high pressure dairy homogenizer operates under upstream and downstream pressures of 200 and 40 bar respectively homogenizing 30 L of whole milk per hour. Density and specific heat capacity of whole milk are 1030 kg m–3and 3.8 kJ kg–1K–1, respectively. Assuming complete energy conservation, the temperature rise of whole milk in degree Celsius is ____________Correct answer is between '4,4.2'. 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 high pressure dairy homogenizer operates under upstream and downstream pressures of 200 and 40 bar respectively homogenizing 30 L of whole milk per hour. Density and specific heat capacity of whole milk are 1030 kg m–3and 3.8 kJ kg–1K–1, respectively. Assuming complete energy conservation, the temperature rise of whole milk in degree Celsius is ____________Correct answer is between '4,4.2'. Can you explain this answer?, a detailed solution for A high pressure dairy homogenizer operates under upstream and downstream pressures of 200 and 40 bar respectively homogenizing 30 L of whole milk per hour. Density and specific heat capacity of whole milk are 1030 kg m–3and 3.8 kJ kg–1K–1, respectively. Assuming complete energy conservation, the temperature rise of whole milk in degree Celsius is ____________Correct answer is between '4,4.2'. Can you explain this answer? has been provided alongside types of A high pressure dairy homogenizer operates under upstream and downstream pressures of 200 and 40 bar respectively homogenizing 30 L of whole milk per hour. Density and specific heat capacity of whole milk are 1030 kg m–3and 3.8 kJ kg–1K–1, respectively. Assuming complete energy conservation, the temperature rise of whole milk in degree Celsius is ____________Correct answer is between '4,4.2'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice A high pressure dairy homogenizer operates under upstream and downstream pressures of 200 and 40 bar respectively homogenizing 30 L of whole milk per hour. Density and specific heat capacity of whole milk are 1030 kg m–3and 3.8 kJ kg–1K–1, respectively. Assuming complete energy conservation, the temperature rise of whole milk in degree Celsius is ____________Correct answer is between '4,4.2'. Can you explain this answer? tests, examples and also practice GATE tests.