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R Ing heat to the wet feedstock. Question 4: Answer the following: (15 Marks) An insoluble wet granular material is dried in a pan 0.2 m² and 25 mm deep. Heat transfer is by convection from an air stream at a velocity 6 m/sec. The air is at 310 K and RH %-30%, it has density about 1.1 kg/m³. A) Using the figure below to calculate: 1) humidity (H), 2) humid heat (S), 3) temperature at dew point (Tdew), 4) temperature at wet point (Twet) and 5) latent heat (.) (5 Marks) B) Using the results that obtained in section A) to estimate the rate of drying (kg/sec) for the constant rate period when the 2. is 2500 kJ/kg (10 Marks) Jelebu en be of sales t 2400 2350 2300 595 100 101.10 1.18 120 121 ITV IXL 715 90 6.07 0.00 0.04 6.110 1802 2732-275 280 285 200 295 300 100 130 140 150 760 170 190 200 210 220 230 240 250 260 F1 Hugidity-temperature chart

R Ing heat to the wet feedstock. Question 4: Answer the following: (15 Marks) An insoluble wet granular material is dried in a pan 0.2 m² and 25 mm deep. Heat transfer is by convection from an air stream at a velocity 6 m/sec. The air is at 310 K and RH %-30%, it has density about 1.1 kg/m³. A) Using the figure below to calculate: 1) humidity (H), 2) humid heat (S), 3) temperature at dew point (Tdew), 4) temperature at wet point (Twet) and 5) latent heat (.) (5 Marks) B) Using the results that obtained in section A) to estimate the rate of drying (kg/sec) for the constant rate period when the 2. is 2500 kJ/kg (10 Marks) Jelebu en be of sales t 2400 2350 2300 595 100 101.10 1.18 120 121 ITV IXL 715 90 6.07 0.00 0.04 6.110 1802 2732-275 280 285 200 295 300 100 130 140 150 760 170 190 200 210 220 230 240 250 260 F1 Hugidity-temperature chart

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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R Ing heat to the wet feedstock. Question 4: Answer the following: (15 Marks) An insoluble wet granular material is dried in a pan 0.2 m² and 25 mm deep. Heat transfer is by convection from an air stream at a velocity 6 m/sec. The air is at 310 K and RH %-30%, it has density about 1.1 kg/m³. A) Using the figure below to calculate: 1) humidity (H), 2) humid heat (S), 3) temperature at dew point (Tdew), 4) temperature at wet point (Twet) and 5) latent heat (.) (5 Marks) B) Using the results that obtained in section A) to estimate the rate of drying (kg/sec) for the constant rate period when the 2. is 2500 kJ/kg (10 Marks) Jelebu en be of sales t 2400 2350 2300 595 100 101.10 1.18 120 121 ITV IXL 715 90 6.07 0.00 0.04 6.110 1802 2732-275 280 285 200 295 300 100 130 140 150 760 170 190 200 210 220 230 240 250 260 F1 Hugidity-temperature chart
Transcribed Image Text:R Ing heat to the wet feedstock. Question 4: Answer the following: (15 Marks) An insoluble wet granular material is dried in a pan 0.2 m² and 25 mm deep. Heat transfer is by convection from an air stream at a velocity 6 m/sec. The air is at 310 K and RH %-30%, it has density about 1.1 kg/m³. A) Using the figure below to calculate: 1) humidity (H), 2) humid heat (S), 3) temperature at dew point (Tdew), 4) temperature at wet point (Twet) and 5) latent heat (.) (5 Marks) B) Using the results that obtained in section A) to estimate the rate of drying (kg/sec) for the constant rate period when the 2. is 2500 kJ/kg (10 Marks) Jelebu en be of sales t 2400 2350 2300 595 100 101.10 1.18 120 121 ITV IXL 715 90 6.07 0.00 0.04 6.110 1802 2732-275 280 285 200 295 300 100 130 140 150 760 170 190 200 210 220 230 240 250 260 F1 Hugidity-temperature chart
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