PHYS-102 Course Syllabus2011-Spring Term

PHYS
-
102 Course

Syllabus

20
1
1
-
Spring

Term

Instructor:

Ass. Prof. Dr. Hikmet Yükselici
,

yukseli@yildiz.edu.tr
,


Announcements

& Homework assignments
: www.yildiz.edu.tr/~yukseli/course.html

OFFICE:
B624

,


OFFICE

HOURS:

Monday 1
3
:
0
0
-
1
4
:
0
0 Wednesday
: 1
3
:
0
0
-
1
4
:
0
0


TEXT BOOK
:

“
Physics for
Scientists and Engi
neers
”

Giancoli
,
4
th

E
dition
,
Prentice Hall

REFERENCES

“ Fundamentals of Physics”

Halliday Resnick

,

“Physics”,

Serway.


1.

Charges and Electric Fields
:

-

Electr
ic Charge
and Electrosta
tic Force

-

Insulators & Conductors

-

Point charge,
Coulomb’s Law

-

Induced Charge

-

The Electric Field and field lines

-

Motion of a charged particle in an
electric field

-

Electric Dipoles


2.

Gauss’ Law
:

-

Electric Flux

-

Gauss’ law applicat
ions on insulators

and conductors


3.

Electric Potential
:

-

Electric Potential Energy

-

Electric Potential &
Potential
Difference

-


Potential due to
point ch
a
rges and
charge distributions

-

Equipotential Surfaces

-

Potential of an electric dipole

-

E

determined from
V

-

E
lectrostatic Potential Energy

-


4.

Capacitance and
Dielectrics
:

-

Capacitors &
Capacitance definitions

-

Parallel Plate Capacitors

-

Capacitors in

serial and parallel
connections

-

Electric energy storage

-

Capacitors with dielectrics




FIRST MIDTERM EXAM.



(
11
.
March
.20
1
1
)


5.

Current and Resistance:

-

The battery and
e
lectric current

-

Resistivity, conductivity

-

Resistance, Ohm’s Law

-

Resistors in conductors

-

Electrical Energy and Power

-

Power in
Household Circuits

-

Alternating Current

-

Microscopic View of Electric

Current


6.

Direct Current Circuits
:

-

Electromotive Force

(emf)

-

Resistors in series and
in
parallel

-

Kirchoff’s Rules nd multiloop circuits

-

Circuits with R and C (RC Circuits)

-

Electrical
Hazards





7.

Magnetic Fields

,
Magnetism
:

-

Magnetic fields

and magnetic f
orces

-

Electric currents produce magnetic
fields

-

Magnetic force in a current carrying
conductor

-

Force on an electric charge moving in
a magnetic field

-

Torque on
a
current loop

-

Discovery and Properties of the
electron

-

The Hall Effect

8.

Sources of Magnetic Fiel
d
:

-

Magn
e
tic field
due to a straight wire

-

Force between two parallel wires

-

Definitions of the Ampere and
Coulomb

-

Ampere’s Law

-

Magnetic field of a solenoid and a
Toroid

-

Biot
-
Savart Law

-

Magnetic
Materials

-


SECOND MIDTERM EXAM.


(
22
.
April
.20
1
1
)

9.

Electromagnet
ic Induction and Faraday’s
Law:

-

Induced EMF

-

Faraday’s Law of induction, Lenz
Law

-

Motionally induced EMF

-

Electric Generators

-

Transformers and Trans. Of Power


10.

Inductance
, Electromagnetic Oscillations
:

-

Mutual inductance

-

Self Inductance

-

Energy stored in

a Magnetic Field

-

LR Circuits

-

L
C

Circuits and E
lectromagnetic
O
scillations

-

L
RC Circuit

-

AC Cicuits with AC Source

-

LRC Series AC Circuit

-

Resonance in AC Circuits


LABORATORY FINAL EXAM.

(
13

May

20
1
1
)



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