team (80% quality) is used to heat the tomato pulp (40% solids content) which flows at a rate of 400 kg / hr via an injection steam heater. The steam is pressurized to 169.06 kPa and flows to the heater at a rate of 50 kg / hr. If the specific heat of the product is 3.2 kJ / (kg K), determine the total solids content of the product after heating and the temperature of the product leaving the heater when the initial temperature is 40 ° C. Assume the specific heat of the product after heating is 3.5 kJ / (kg K) (Use the approach as in Example 3.5 of Singh's book).
team (80% quality) is used to heat the tomato pulp (40% solids content) which flows at a rate of 400 kg / hr via an injection steam heater. The steam is pressurized to 169.06 kPa and flows to the heater at a rate of 50 kg / hr. If the specific heat of the product is 3.2 kJ / (kg K), determine the total solids content of the product after heating and the temperature of the product leaving the heater when the initial temperature is 40 ° C. Assume the specific heat of the product after heating is 3.5 kJ / (kg K) (Use the approach as in Example 3.5 of Singh's book).
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Steam (80% quality) is used to heat the tomato pulp (40% solids content) which flows at a rate of 400 kg / hr via an injection steam heater. The steam is pressurized to 169.06 kPa and flows to the heater at a rate of 50 kg / hr. If the specific heat of the product is 3.2 kJ / (kg K), determine the total solids content of the product after heating and the temperature of the product leaving the heater when the initial temperature is 40 ° C. Assume the specific heat of the product after heating is 3.5 kJ / (kg K) (Use the approach as in Example 3.5 of Singh's book).
a. Total solid content of the product = Answer%.
b. Product temperature that comes out of the heater = Answer ° C.
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