Guia docente 2020_21
Escola de Enxeñaría de Minas e Enerxía
Degree in Energy Engineering
 Subjects
  Physics: Thermal systems
   Assessment
  Description Qualification Training and Learning Results
Lecturing It values through three type test examinations of the theoretical lessons. The first when subject 6 ends, the second when finalising the subject 7 and the third will be coincident with the final exam and will be about subjects 8 and 9. Each one of these theoretical exams will mark 5% of the final note.

RESULTS OF LEARNING:
Comprise the concept of thermodynamic System and of the thermodynamic properties. Units in which they quantify the thermodynamic properties. Learn to measure temperatures. Comprise the concepts of work, heat and energy of enclosed systems. Transfer of energy of systems. Definition of thermodynamic cycle. Learn to define a thermodynamic state and to calculate the value of the thermodynamic properties strangers from the relations between them. Learn to distinguish an ideal gas and to calculate variations of internal energy and enthalpy. Learn to do balances of energy and mass in volumes of control, so much in stationary state as transient. Understanding of the Second Principle of the thermodynamics. Learn to identify reversible and irreversible processes. Understanding of the consequences of the cycle of Carnot. Comprise the concept of entropy and learn to calculate variations of entropy so much in enclosed systems like open. Isoentropic Performances. Applications of the entropy to calculate transfers of heat and work in reversible processes.
15 C4
D1
D2
D3
D4
D7
Laboratory practical It values through a type test examination when lab practices end.

RESULTS OF LEARNING:
Comprise the concept of thermodynamic System and of the thermodynamic properties. Units in which they quantify the thermodynamic properties. Learn to measure temperatures. Comprise the concepts of work, heat and energy of enclosed systems. Transfer of energy of systems. Definition of thermodynamic cycle. Learn to define a thermodynamic state and to calculate the value of the thermodynamic properties strangers from the relations between them. Learn to distinguish an ideal gas and to calculate variations of internal energy and enthalpy. Learn to do balances of energy and mass in volumes of control, so much in stationary state as transient. Understanding of the Second Principle of the thermodynamics. Learn to identify reversible and irreversible processes. Understanding of the consequences of the cycle of Carnot. Comprise the concept of entropy and learn to calculate variations of entropy so much in enclosed systems like open. Isoentropic Performances. Applications of the entropy to calculate transfers of heat and work in reversible processes.
5 C4
D1
D2
D3
D4
D7
D8
Essay questions exam Resolution of problems examination.

RESULTS OF LEARNING:
Comprise the concept of thermodynamic System and of the thermodynamic properties. Units in which they quantify the thermodynamic properties. Learn to measure temperatures. Comprise the concepts of work, heat and energy of enclosed systems. Transfer of energy of systems. Definition of thermodynamic cycle. Learn to define a thermodynamic state and to calculate the value of the thermodynamic properties strangers from the relations between them. Learn to distinguish an ideal gas and to calculate variations of internal energy and enthalpy. Learn to do balances of energy and mass in volumes of control, so much in stationary state as transient. Understanding of the Second Principle of the thermodynamics. Learn to identify reversible and irreversible processes. Understanding of the consequences of the cycle of Carnot. Comprise the concept of entropy and learn to calculate variations of entropy so much in enclosed systems like open. Isoentropic Performances. Applications of the entropy to calculate transfers of heat and work in reversible processes.
80 C4
D1
D2
D3
D4
D7
D8
 
Other comments on the Evaluation

The exams of theory and practices prior to the final exam will allow obtaining 1.5 points out of a total of 10 points. The third theory exam, coinciding in time with the final exam, will allow obtaining 0.5 additional points. ALL the exams of theory and practices previous to the final exam will be recoverable in the own final exam in the two existing calls of December and June. The marks obtained in the exams of theory and practices are maintained throughout the academic year.

The final exams will consist of 3 theory exams and 1 of test-type practices, each punctuating 0.5 points. The other 8 points are for problem resolutions.

Exam calendar. Verify / consult in an updated way on the website of the center:

http://minaseenerxia.uvigo.es/es/docencia/examenes

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