Guia docente 2023_24
Escola de Enxeñaría de Minas e Enerxía
Grado en Ingeniería de la Energía
 Subjects
  Physics: Physics II
   Assessment
  Description Qualification Training and Learning Results
Lecturing Written exam of 12 short answer questions. EXPECTED RESULTS FROM THIS SUBJECT: Understand the basics of Electromagnetism. Develop practical solutions to phenomena and problem-situations of everyday reality in general and Electromagnetism in particular. Know how to evaluate information from different sources in order to form one's own opinion and to be able to express oneself critically on current scientific and technological problems related to electromagnetism. 35 A1
A2
A3
A4
A5
B1
B3
B4
B5
C4
D5
Problem solving Written exam of 3 exercises. EXPECTED RESULTS FROM THIS SUBJECT: Understand the basics of Electromagnetism. Develop practical solutions to phenomena and problem-situations of everyday reality in general and Electromagnetism in particular. Know how to evaluate information from different sources in order to form one's own opinion and to be able to express oneself critically on current scientific and technological problems related to electromagnetism. Understand that scientific knowledge arises from a process of elaboration in interaction with technology and linked to the characteristics and needs of society at each historical moment.

35 A1
A2
A3
A4
A5
B1
B3
B4
B5
C4
D5
Laboratory practical Laboratory report. EXPECTED RESULTS FROM THIS SUBJECT: Understand the basics of Electromagnetism. Develop practical solutions to phenomena and problem-situations of everyday reality in general and Electromagnetism in particular. Know how to evaluate information from different sources in order to form one's own opinion and to be able to express oneself critically on current scientific and technological problems related to electromagnetism. Understand that scientific knowledge arises from a process of elaboration in interaction with technology and linked to the characteristics and needs of society at each historical moment.
15 A1
A2
A3
A4
A5
B1
B3
B4
B5
C4
D5
Seminars Work report. EXPECTED RESULTS FROMTHIS SUBJECT: Develop practical solutions to phenomena and problem-situations of everyday reality in general and Electromagnetism in particular. Know how to evaluate information from different sources in order to form one's own opinion and to be able to express oneself critically on current scientific and technological problems related to electromagnetism. Understand that scientific knowledge arises from a process of elaboration in interaction with technology and linked to the characteristics and needs of society at each historical moment.
15 A1
A2
A3
A4
A5
B1
B3
B4
B5
C4
D5
 
Other comments on the Evaluation

1.- Two Continuous Assessment (CA)
opportunities are proposed:

a) First CA opportunity (at the end of the term). In order to facilitate a continuous evaluation during the term,
two voluntary partial exams will be carried out (with contents of the Theory
(T) master sessions and those of resolution of exercises/Problems (P)), which,
if approved, will release the corresponding contents out of the final written
exam of the First opportunity. To pass these voluntary partial exams it is
necessary to obtain a minimum grade of 3.50 in the written exams (T and P) and
an average (0.5*(T+P)) equal to or greater than 5. Each voluntary partial exam represents
a 70 /3% of the subject grade. Other weekly Voluntary Theory Tests (PVT) or Voluntary Problems Tests (PVP) only increase the final grade if a minimum average grade
of 3.50 is reached in the written exams (T and P). Attendance to Group B (SB)
and Group C (SC) sessions is compulsory, so the grade obtained in the Seminar
Work Report/Physics Project (PF) and in the Laboratory Report will be weighted by
taking into account the assistance to laboratory practices (L). The grade can
be increased if Voluntary Laboratory Tests are undertaken (PVL).

b) Second
opportunity CA (July). The values ​​obtained previously in the following assessables are maintained: PVT, PVP, PVL, SB, SC, PF and L. The written exam
now consists of 3 exercises and 9 short-answer questions and assumes as a
whole, as in the First opportunity EC , 70% of the final mark.

In both EC
opportunities the Final Note is obtained by the following formula:

Final Score
= Score A + Score B + Score C

Score A =
[(T + PVT) + (P + PVP)] * 0.35

Note B = (L
+ PVL) * SB * 0.15

Note C =
(PF + PVL) * SC * 0.15

T1, T2, T3:
Theory grade for blocks 1 (Optics), 2 (Electric Field) and 3 (Magnetic Field),
respectively

P1, P2, P3:
note of Problems of blocks 1 (Optics), 2 (Electric Field) and 3 (Magnetic
Field), respectively

T: average
of the theory grades

P: mean of
the problem scores

T + PVT:
the PVT note is added if both P and T are equal to or exceed 3.50 points

P + PVP:
the PVP note is added if both P and T are equal to or exceed 3.50 points

L: average
mark of the 5 laboratory practices

SB:
attendance at sessions B (SB = number of sessions attended/5)

L + PVL:
the PVL note is added if L is equal to or exceeds 3.50 points

PF: Physics
Project note

SC:
attendance at C sessions (SC = number of sessions attended/3)

PF + PVL:
the note of the PVL is added if PF equals or exceeds 3.50 points

The
students have a simulator for calculating qualifications in MooVi platform.

2.- Global
Assessment (GA):

Those students who cannot comply with the continuous assessment (CA) method described above may apply for a single global assessment, understood as that which is carried out in a single academic act, which may include as many tests as are necessary to accredit that the student has acquired all the competences described in the this Teaching Guide.

 Exam
schedule. Verify/consult updates on the center's website:
http://minaseenerxia.uvigo.es/gl/docencia/exames

Universidade de Vigo            | Reitoría | Campus Universitario | C.P. 36.310 Vigo (Pontevedra) | España | Tlf: +34 986 812 000