I need neat and clean handwritten solution explaining every steps. Do remember neat and clean, correct solution needed. Work smart and fetch your reward i e. Like A space to be air-conditioned has a sensible heat load of 26 kW and a latent heat load of 5.2 kW. The space is to maintained at 24°CDB and 17°C WB. Outside air is at 32°C DB and 24°C WB temperatures. With a re-heater to satisfy the space conditions, theconditioned air will enter the space at 18°C. If 40% of the supply air, is fresh air and the rest is re-circulated, find the reheatercapacity in kW. The mass flow rate of supply air, ms is 5.2 kg/s. Take the mass flow rate of supply air, (m, = the sum of air mass flowrate to dissipate the sensible heat, msh, and the air mass flow rate to dissipate the latent heat, min). Take cp of dry air = unity.

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Answered: air-conditioned

Engineering

Mechanical Engineering

air-conditioned

Refrigeration and Air Conditioning Technology (MindTap Course List)

8th Edition

ISBN:9781305578296

Author:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Publisher:John Tomczyk, Eugene Silberstein, Bill Whitman, Bill Johnson

Chapter44: Geothermal Heat Pumps

Section: Chapter Questions

Problem 13RQ: If 14 gpm of water is flowing through an open-loop heat pump with a temperature difference of 7F,...

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Entropy

In physics, entropy means the amount of disorder or the degree of randomness associated with a thermodynamic system. The system is not self-organized when the entropy of the system is high. For instance, when a system is at an elevated temperature, its molecules are in random motion, vibrating and colliding with each other. During this scenario, the probability of finding a molecule at a particular place twice, is low. Under this circumstance, the system can be said to be in a high entropy.

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I need neat and clean handwritten solution explaining every steps. Do remember neat and clean, correct solution needed. Work smart and fetch your reward i e. Like

A space to be air-conditioned has a sensible heat load of 26 kW and a latent heat load of 5.2 kW. The space is to maintained at 24°C
DB and 17°C WB. Outside air is at 32°C DB and 24°C WB temperatures. With a re-heater to satisfy the space conditions, the
conditioned air will enter the space at 18°C. If 40% of the supply air, is fresh air and the rest is re-circulated, find the reheater
capacity in kW. The mass flow rate of supply air, ms is 5.2 kg/s. Take the mass flow rate of supply air, (m, = the sum of air mass flow
rate to dissipate the sensible heat, msh, and the air mass flow rate to dissipate the latent heat, min). Take cp of dry air = unity.

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A space to be air-conditioned has a sensible heat load of 34.9 hp and a latent heat load of 6.97 hp. The space is to maintained at 24°C DB and 17°C WB. Outside air is at 32°C DB and 24°C WB temperatures. With a re-heater to satisfy the space conditions, the conditioned air will enter the space at 18°C. If 40% of the supply air, is fresh air and the rest is re-circulated, find the specific humidity of outside air in kgv/kgda. The mass flow rate of supply air, ms is 312 kg/min. Take the mass flow rate of supply air, (ms = the sum of air mass flow rate to dissipate the sensible heat, msh, and the air mass flow rate to dissipate the latent heat, mlh). Take cp of dry air = unity. A) 0.0155 B) 0.0070 C) 0.0130 D) 0.0092
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A space to be air-conditioned has a sensible heat load of 34.9 hp and a latent heat load of 6.97 hp. The space is to maintained at 24°C DB and 17°C WB. Outside air is at 32°C DB and 24°C WB temperatures. With a re-heater to satisfy the space conditions, the conditioned air will enter the space at 18°C. If 40% of the supply air, is fresh air and the rest is re-circulated, find the volume flow rate of outside air in m3/min. The mass flow rate of supply air, ms is 312 kg/min. Take the mass flow rate of supply air, (ms = the sum of air mass flow rate to dissipate the sensible heat, msh, and the air mass flow rate to dissipate the latent heat, mlh). Take cp of dry air = unity. (A) 121.2 B) 109.8 (C) 91.2 D) 115.8
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