Physics Department
PHYS 1P22/92
Sakai
Homework
Outline
Calendar entry
Lab Manual
PreLab Questions
Formula Sheet
Home
Electromagnetism, Optics, and Modern Physics
Introduction
Oscillations and waves
Electrostatics
Electrostatic or Coulomb's force
charge,
electrons, protons, neutrons
, and matter
periodic table
sticky tape experiment
direction of Coulomb force
MC:
coulomb force I
MC:
coulomb force II
Ex:
Gravitational vs. Coulomb force in a hydrogen atom
Ex:
Net Electric Force
Ex:
a ring of charge
Metals and Insulators
Charging by
Friction
MC:
charging by friction
VanderGraaf
Generator
Charging by
Induction
MC:
charging by induction
Electric field
MC:
field of two charges
Ex:
superposition of fields I
Ex:
superposition of fields II
electric field lines (
+q
,
-q
,
parallel plates
,
dipole
)
Ex:
atmospheric electrical field
MC:
motion in constant field I
MC:
motion in constant field II
Ex:
motion in constant field III
electric potential energy and potential
electrostatic potential energy
(cf.
gravitational potential energy
)
Ex:
potential energy is not the same as potential
Ex:
electric potential energy and force
electrical potential energy of a pair of charges:
two protons
electrical potential produced by a system of point charges
MC:
What is the
net potential
produced by two charges?
MC:
What is the
net potential
produced by four charges?
How vacuum tubes worked
MC:
How will the
negative charge
move?
Electron gun in an
x-ray tube
Definition of the
electron volt
Ex:
work-energy theorem for electrostatics
Electric Field Lines and Equipotential Surfaces
Demonstrating Electric Field Lines
MC:
Interpreting field line diagrams
electric field inside conductors is zero
:
Faraday's Cage
equipotential surfaces for:
a point charge
;
a dipole
MC:
What is the
relative direction
of equipotential surfaces and the electric field?
MC:
reading equipotential diagrams I
MC:
reading equipotential diagrams II
MC:
reading equipotential diagrams III
capacitors
capacitors
come in many
shapes
Ex:
stored electric energy in a capacitor
energy versus power storage
bus run on ultracapacitors
MC:
What is the
change in stored energy
in this capacitor I?
MC:
What is the
change in stored energy
in this capacitor II?
Capacitor
networks
the effect of
inserting a dielectric
capacitors and dielectrics II
Electric circuits
Magnetism, induction and ac circuits
Wave Optics
Quantum Physics
1812 Sir Isaac Brock Way
St. Catharines, Ontario, L2S 3A1
Phone: +1.905.688-5550
ext.
3412
Email:
physics@brocku.ca
Fax: +1.905.984-4857
[Disclaimer]
Updated: 26-Jan-2017 13:31