Physics I

Description

- Electrostatics - Coulomb’s law – Electric field – Motion of charged particles in a uniform electric field- Electric flux and Gauss law – Electric Potential energy and electric potential – Capacitors (parallel plate capacitors, energy stored) – Capacitors in series and parallel – Electric current- Ohm's law- resistivity- Power in the circuits – Resistors in series and parallel – Kirchhoff's rules-R.C circuit – Magnetism (Force on a charge in magnetic field) Force on a current-carrying conductor in magnetic field. Biot-savart law and its application – Ampere's law and its applications – Electromagnetic Induction- Magnetic flux- Faraday's law – Mutual Induction - Self Induction – Introduction to electromagnetic waves - electromagnetic spectrum – Interference-Young's double slit experiment.

Program

Bachelor Degree in Computer Engineering

Objectives

• - Electrostatics - Coulomb’s law – Electric field – Motion of charged particles in a uniform electric field- Electric flux and Gauss law – Electric Potential energy and electric potential – Capacitors (parallel plate capacitors, energy stored) – Capacitors in series and parallel – Electric current- Ohm's law- resistivity- Power in the circuits – Resistors in series and parallel – Kirchhoff's rules-R.C circuit – Magnetism (Force on a charge in magnetic field) Force on a current-carrying conductor in magnetic field. Biot-savart law and its application – Ampere's law and its applications – Electromagnetic Induction- Magnetic flux- Faraday's law – Mutual Induction - Self Induction – Introduction to electromagnetic waves - electromagnetic spectrum – Interference-Young's double slit experiment.