(4) A mass of 3.25 kg of R-134a fill a piston-cylinder device with and initial volume of 0.246 m³ at a temperature of - 10.09°C. The refrigerant is now heated until the temperature is 50°C. The final volume of the R-134a is: (a) 0.383 m³ (b) 0.415 m³ (c) 0.438 m³ (d) 0.467 m (e) 0 491 m3

(4) A mass of 3.25 kg of R-134a fill a piston-cylinder device with and initial volume of 0.246 m³ at a temperature of - 10.09°C. The refrigerant is now heated until the temperature is 50°C. The final volume of the R-134a is: (a) 0.383 m³ (b) 0.415 m³ (c) 0.438 m³ (d) 0.467 m (e) 0 491 m3

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter3: Transient Heat Conduction

Section: Chapter Questions

Problem 3.12P

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(4) A mass of 3.25 kg of R-134a fill a piston-cylinder device with and initial
volume of 0.246 m³ at a temperature of – 10.09°C. The refrigerant is now heated
until the temperature is 50°C. The final volume of the R-134a is:
(a) 0.383 m³
(b) 0.415 m³ (c) 0.438 m³
(d) 0.467 m3
(e) 0.491 m³

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