Università degli Studi di Perugia

Skip to main content
People search
Text size

Teaching: Physics

Degree CourseDegree course in Agricultural and Environmental Sciences [L-25] D. M. 270/2004
CurriculumVERDE ORNAMENTALE - Regulations 2014
PrerequisitesInformation currently not available - Italian version
Assessment methods

Written exam. Is given to the student the possibility to access a oral exam to increase the vote obtained by the written exam. During class time, could be made some unplanned practice .

Examinations' grades statistics

see the web-site of the DSA3

Examinations' dates

see the web-site of the DSA3

Recommended optional coursesInformation currently not available - Italian version
LecturerFrancesca Todisco
TypeBasic formative activities
Implementation proceduresConventional
Course content

Units and Dimensions, Vectors and Elementary Calculus, Straight Line Motion, Two- and Three-Dimensional Motion, Newton's Laws of Motion, Friction, Circular Motion, Work, Power, and Energy, Fluids, Temperature and Thermal Expansion, Heat, Calorimetry, and Heat Transfer.


Measurement.Motion Along a Straight Line.Vectors.Motion in Two & Three Dimensions. Force and Motion - I.Force and Motion - II.Kinetic Energy & Work.Potential Energy & Conservation of Energy.Torque & Angular Momentum.Fluids.Temperature, Heat & the First Law.

Mode of delivery

Starting from the operational and functional aspects of the discipline, anchoring aspects of daily life and the technical applications ie, its predictive and prescriptive, the course investigates the correlates conceptual and methodological aspects. Also, the lectures will be held with the help of virtual laboratories in order to create a critical spirit, starting from the problematic nature of the experiment (or measure) and its relation with the theoretical description.

Recommended reading

1. HALLIDAY D., RESNICK R., WALKER J.: Fondamenti di Fisica, Sesta ed., Casa Editrice Ambrosiana, 2006
2. AMALDI U.: Fisica: idee ed esperimenti, voll. 2 (Meccanica, Termologia ed Onde) con CD-ROM, Zanichelli, 2002

Learning outcomes

Knowledge (knowledge)
1. Understand the fundamental physical quantities and the derivatives of interest in the field of study
2. Know the units of physical quantities
3. Knowing the nature (scalar or vector) of physical quantities
4. Knowing these steps (vector calculus) between the physical quantities
5. Knowing the basic laws of physics addressed during the course
6. Know how to interpret and systematize the physical dynamics of a process and quantify the variables of interest
Skills (skills)
1. Knowing how to identify the physical processes involved in the processes under study
2. Knowing describe the physical processes identified by the models introduced
3. Know how to interpret the results obtained by physical modeling of the process
Behaviors (interpersonal skills)
1. Participate actively in the ongoing activities
2. Knowing how to identify the most appropriate techniques to solve problems

Teaching period

consult the website of the DSA3

Teaching calendar

consult the website of the DSA3

Teaching support

They are provided 50 hours of activities to support the teaching.

Teaching languageItalian

Optional but recommended


DSA3, University of Perugia

Individual study
Integration to teaching activity
PeriodII semestre
NotesInformation currently not available - Italian version
Consulting hours
Orario di Ricevimento:

Martedì 14:00-16:00

Consulting location

Research unit: Agricultural and forestry Hydraulic, Dipartment of Agricultural, Food and Environmental sciences (DSA3)

Borgo XX Giugno, 74

06121 Perugia

ECTS code2014 - 1624

Go to top