1. A worker is residing inside an air-conditioned cabin in an Ext. T Cabin T Gp industrial environment. Temperature regulating section of Gc the cabin is shown in the figure. Gc is the steady-state gain of y the heating/cooling device (controller) built into the cabin, H while Gp represents the steady-state gain associated with the thermal characteristics of the worker. H is the gain with which the internal temperature is fed back to the controller. The operating internal temperature (y) of the cabin is allowed to be 30°C at maximum while external temperature can go up to {a}°C. The required condition is achieved with Gc= 3 Gp=2, and H=. Note: Here, "a" is a variable and the result should be in terms of "a".
1. A worker is residing inside an air-conditioned cabin in an Ext. T Cabin T Gp industrial environment. Temperature regulating section of Gc the cabin is shown in the figure. Gc is the steady-state gain of y the heating/cooling device (controller) built into the cabin, H while Gp represents the steady-state gain associated with the thermal characteristics of the worker. H is the gain with which the internal temperature is fed back to the controller. The operating internal temperature (y) of the cabin is allowed to be 30°C at maximum while external temperature can go up to {a}°C. The required condition is achieved with Gc= 3 Gp=2, and H=. Note: Here, "a" is a variable and the result should be in terms of "a".
Chapter29: Service-entrance Calculations
Section: Chapter Questions
Problem 3R: a. What is the ampere rating of the circuits that are provided for the small-appliance loads? _____...
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![1. A worker is residing inside an air-conditioned cabin in an
Cabin T
Gp
Ext. T
industrial environment. Temperature regulating section of
Gc
the cabin is shown in the figure. Gc is the steady-state gain of
the heating/cooling device (controller) built into the cabin,
H
while Gp represents the steady-state gain associated with
the thermal characteristics of the worker. H is the gain with which the internal temperature is fed back to
the controller. The operating internal temperature (y) of the cabin is allowed to be 30°C at maximum while
external temperature can go up to {a}°C. The required condition is achieved with Gc= 3 Gp=2, and H= .
Note: Here, "a" is a variable and the result should be in terms of "a".](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3a69c324-3582-4390-acdf-68812fca4744%2Fd2303b7e-37b1-4c9e-9055-07c3a488a802%2Fdbhcm0n_processed.png&w=3840&q=75)
Transcribed Image Text:1. A worker is residing inside an air-conditioned cabin in an
Cabin T
Gp
Ext. T
industrial environment. Temperature regulating section of
Gc
the cabin is shown in the figure. Gc is the steady-state gain of
the heating/cooling device (controller) built into the cabin,
H
while Gp represents the steady-state gain associated with
the thermal characteristics of the worker. H is the gain with which the internal temperature is fed back to
the controller. The operating internal temperature (y) of the cabin is allowed to be 30°C at maximum while
external temperature can go up to {a}°C. The required condition is achieved with Gc= 3 Gp=2, and H= .
Note: Here, "a" is a variable and the result should be in terms of "a".
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