The course aims to provide the basic physical and mathematical helpful knowledge for developing a scientific background preparatory to understanding and deepening the characterizing disciplines of the Bachelor of Science in Pharmacy. At the end of the course, the student will have a solid preparation in the fundamental aspects of mathematics and physics: basic analysis and geometry, physical quantities, units of measurement, thermodynamics, fluid mechanics, electromagnetism and hints of optics.
Canali
teacher profile teaching materials
Elements of calculus: intuitive definition of a function, its derivative and its definite integral, applications: velocity and speed, acceleration.
Newton's laws, equilibrium conditions.
Work and kinetic energy. Conservative forces and potential energy. Gravitational and elastic potential energy.
Coulomb forces, electrostatic energy.
Electric field, electrostatic potential.
Magnetic field.
Fluids: their equilibrium and dynamics.
Thermodynamics
Programme
Basic concepts: physical quantities and their measurement. Average and dispersion of measurement results.Elements of calculus: intuitive definition of a function, its derivative and its definite integral, applications: velocity and speed, acceleration.
Newton's laws, equilibrium conditions.
Work and kinetic energy. Conservative forces and potential energy. Gravitational and elastic potential energy.
Coulomb forces, electrostatic energy.
Electric field, electrostatic potential.
Magnetic field.
Fluids: their equilibrium and dynamics.
Thermodynamics
Core Documentation
University Physics with Modern Physics, Global Edition, by Young- Freedman (Pearson)Attendance
Is mandatory to attend the classesType of evaluation
The exam consists in solving numerical exercises, and a colloquium should the teaching body deem it appropriate. teacher profile teaching materials
Elements of calculus: intuitive definition of a function, its derivative and its definite integral, applications: velocity and speed, acceleration.
Newton's laws, equilibrium conditions.
Work and kinetic energy. Conservative forces and potential energy. Gravitational and elastic potential energy.
Coulomb forces, electrostatic energy.
Electric field, electrostatic potential.
Magnetic field.
Fluids: their equilibrium and dynamics.
Thermodynamics
Programme
Basic concepts: physical quantities and their measurement. Average and dispersion of measurement results.Elements of calculus: intuitive definition of a function, its derivative and its definite integral, applications: velocity and speed, acceleration.
Newton's laws, equilibrium conditions.
Work and kinetic energy. Conservative forces and potential energy. Gravitational and elastic potential energy.
Coulomb forces, electrostatic energy.
Electric field, electrostatic potential.
Magnetic field.
Fluids: their equilibrium and dynamics.
Thermodynamics
Core Documentation
University Physics with Modern Physics, Global Edition, by Young- Freedman (Pearson)Attendance
Is mandatory to attend the classesType of evaluation
The exam consists in solving numerical exercises, and a colloquium should the teaching body deem it appropriate.