Draw the schematic diagram completely A Dryer is to deliver 1000 kg/hr of palay with a final moisture contentof 10%. The initial moisture content in the feed is 15% at atmosphericcondition with 32°C dry bulb and 21 degrees centigrade wet bulb. Thedryer is maintained 45°C while the relative humidity of the hot humidair from the dryer is 80%. If the steam pressure supplied to the heateris 2 Mpa, determine the heat supplied by heater in kw.A. 3.23C. 4.23D. 6.23B. 5.46SOLUTION:Let m amount of palay in wet feedSolid in wet feed = solid in product0.85(m) 0.90(1000)=m = 1,058.832 kg/hrFrom psychrometric chart:h₁ 60.5 KJ/kgh₂ = 74 KJ/kgh3196 KJ/kgW₁ = W₂ = 0.0111 kg/kgW3 = 0.0515 kg/kgV₂ = 0.915 m³/kg=Amount of moisture removed 1058.823 1000Amount of moisture removed=58.823 kg/hr=ma(w3w₂) 58.823m₂(0.0515-0.0111) = 58.823-ma 1456.015 kg/hrHeat supplied by heater = m, (h₂ - h₁)Heat supplied by heater = (1456.015/3600)(74 - 60.5)Heat supplied by heater 5.46 kw A Dryer is to deliver 1000 kg/hr of palay with a final moisture contentof 10%. The initial moisture content in the feed is 15% at atmosphericcondition with 32°C dry bulb and 21 degrees centigrade wet bulb. Thedryer is maintained 45°C while the relative humidity of the hot humidair from the dryer is 80%. If the steam pressure supplied to the heateris 2 Mpa, determine the heat supplied by heater in kw.A. 3.23C. 4.23D. 6.23B. 5.46SOLUTION:Let m amount of palay in wet feedSolid in wet feed = solid in product0.85(m) 0.90(1000)=m = 1,058.832 kg/hrFrom psychrometric chart:h₁ 60.5 KJ/kgh₂ = 74 KJ/kgh3196 KJ/kgW₁ = W₂ = 0.0111 kg/kgW3 = 0.0515 kg/kgV₂ = 0.915 m³/kg=Amount of moisture removed 1058.823 1000Amount of moisture removed=58.823 kg/hr=ma(w3w₂) 58.823m₂(0.0515-0.0111) = 58.823-ma 1456.015 kg/hrHeat supplied by heater = m, (h₂ - h₁)Heat supplied by heater = (1456.015/3600)(74 - 60.5)Heat supplied by heater 5.46 kw

A compressed air dryer is a piece of equipment used to remove water vapor or moisture from the…

A Dryer is to deliver 1000 kg/hr of palay with a final moisture content of 10%. The initial moisture content in the feed is 15% at atmospheric condition with 32°C dry bulb and 21 degrees centigrade wet bulb. The dryer is maintained 45°C while the relative humidity of the hot humid air from the dryer is 80%. If the steam pressure supplied to the heater is 2 Mpa, determine the heat supplied by heater in kw. C. 4.23 A. 3.23 B. 5.46 D. 6.23

A Dryer is to deliver 1000 kg/hr of palay with a final moisture content of 10%. The initial moisture content in the feed is 15% at atmospheric condition with 32°C dry bulb and 21 degrees centigrade wet bulb. The dryer is maintained 45°C while the relative humidity of the hot humid air from the dryer is 80%. If the steam pressure supplied to the heater is 2 Mpa, determine the heat supplied by heater in kw. C. 4.23 A. 3.23 B. 5.46 D. 6.23

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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Concept explainers

Free Body Diagram

The system of forces acting on a body tends to either rotate it or make the body undergo motion. In general, when an external agent exerts a force on a body, the body undergoes translational motion and rotational motion. The body has six degrees of freedom under the influence of that force. Here, three degrees of freedom are from the translational motion while the other three are from the rotation motion. However, sometimes the bodies are not allowed to undergo any motion and are fixed, under such conditions the body is said to be constrained.

Question

Draw the schematic diagram completely

A Dryer is to deliver 1000 kg/hr of palay with a final moisture content
of 10%. The initial moisture content in the feed is 15% at atmospheric
condition with 32°C dry bulb and 21 degrees centigrade wet bulb. The
dryer is maintained 45°C while the relative humidity of the hot humid
air from the dryer is 80%. If the steam pressure supplied to the heater
is 2 Mpa, determine the heat supplied by heater in kw.
A. 3.23
C. 4.23
D. 6.23
B. 5.46
SOLUTION:
Let m amount of palay in wet feed
Solid in wet feed = solid in product
0.85(m) 0.90(1000)
=
m = 1,058.832 kg/hr
From psychrometric chart:
h₁ 60.5 KJ/kg
h₂ = 74 KJ/kg
h3
196 KJ/kg
W₁ = W₂ = 0.0111 kg/kg
W3 = 0.0515 kg/kg
V₂ = 0.915 m³/kg
=
Amount of moisture removed 1058.823 1000
Amount of moisture removed
=
58.823 kg/hr
=
ma(w3w₂) 58.823
m₂(0.0515-0.0111) = 58.823
-
ma 1456.015 kg/hr
Heat supplied by heater = m, (h₂ - h₁)
Heat supplied by heater = (1456.015/3600)(74 - 60.5)
Heat supplied by heater 5.46 kw

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