CONTRACT OF COURSE

thoughtgreenpepperMechanics

Oct 27, 2013 (3 years and 8 months ago)

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CONTRACT OF COURSE



1.

Subject




:
Fundamental

Physics

I

2.

Subject Code
/ sks


: KF
I

6
1
21
01/ 3 (2
-
1)

3.

Semester/ Academic Year

: Odd/ 2013
-
2014

4.

Study Program



: Physics Education

5.

Lecturers




: Drs. Nengah Maharta, M.Si (RL)


Wayan Suana, S.Pd.,M.Si

6.

Subject Description

This course is giv
en

to the first semester of
Physics
Education

Students
,
Department of
Math
ematics

and Science Education

(PMIPA)
as
a
basic course and is a prerequisite for
several courses in advanced courses.
The
Subjects of
Fundamental

physics I

include:
v
ectors

quantities
, straight motion an
d parabolic motion,
dynamics
of linear
motion, work
and energy, impulse momentum

and

collisions, circular motion, dynamics of rotational
motion, static and d
y
namic fluid
s
, concept of an i
deal gas, and the laws of
thermodynamics.

7.

Standard Competencies

a.

S
tudents are
able

to sol
ve problems related to mechanics
by using the concepts and
basic laws of physics in the form of mathematical description which uses the concept
of integral
and vector
.

b.

Students are able to solve problems related to thermodynamics by using the concepts
and basic laws of gases.

8.

Description of

Standard Competencies

No

Basic Competencies

Topic

Time

(m
inute
)

Evaluation

Media

1

2

3

4

5

6

1

D
raw and operate vectors

Vector
Quantities

2 x 50’

Written
test

LCD
,
Hand out

2

S
olve vari
ous

problems
concerning the uniformly
accelerated
linear
motion and
parabolic motion

Linear and
Parabolic
Motion

2

x 50’

Written
test

LCD,
mechanics
kit

3

A
pply Newton's laws to solve the
object motion problems because
of the influence of external forces

Dinamics
of
Linear
Motion

4 x 50’

Written
test

LCD,
mechanics
kit

4

S
olve
motion
problems
of objects
due to external

force
s
using the
concepts of work and
energy

Work and
energy

2 x 50’

Written
test

LCD

5

Quiz

6

A
pply concept of linear
mome
ntum and in the collision
event

Impulse,
momentum
and
collision

2 x 50’

Written
test

LCD

7

Solve problems in circular
motion

Circular
motion

2 x 50’

Written
test

LCD

8

Solve problems of rotational
dinamics of rigid bod
ies

Dynamics
of circular
motion

2

x 50’

Written
test

LCD

9

Analyze forces in Equilibrium
state of rigid bodies and find out
weight point of homogeneous
bodies

Equilibri
-
um and
weight
point

2

x 50’

Written

test

LCD

10

Mid Test

11

A
nalyze of behavior of statics
and dynamics fluid and can solve
fluid dynamics problems

Statics and
dynamics
fluids

2 x 50’

Written
test

LCD,
Archime
-
des
experi
-
ment kit

12

Analyze the temperature
relationship of various
thermometers, and explain the
influences of heat to objects

Temperatu
re and
Heat

2 x 50’



13

A
pply the equation of ideal gas
state to solve problems in an
ideal gas

Kinetic
Theory of
gases

2 x 50’

Written
test

LCD

14

A
pply concepts of
thermodynamics to explain heat
engine working principle

Laws of
Thermody
namics

4 x 50’

Written
test

LCD

15

Final Test


9.

References

(1)

Maharta, Nengah. 2003.
Buku Ajar Fisika Dasar I bagian Mekanika dan
Thermodinamika
. Bandar Lampung:
Universitas Lampung

(2)

Halliday and Resnick. (
No Year
).
Fundamental of Physics
.

(3)



10.

Terms and Conditions


(1)

Minimum attendance
80%

otherwise students can’t have final test

(2)

Students have to pass the experiment in order to pass this course

(3)

Component
s

of the assessment and its percentage


No

Components of the assessment

percentage

1

Tasks

20
%

2

Quiz

50
%

3

Mid Test

4

Final Test

5

Experiment

25
%

6

Attendance
*

5
%

Jumlah

100

*

16
times of attendance, score

= 100

1
5

times of attendance, score

= 90

1
4

times of attendance, score

=
80

1
3

times of attendance, score

= 70

Less than 13 times, score

=
0


11.

Valuation Rules

0


49

= E

50


55 = D

56


60 = C

61


65

= C+

66



70

= B

71


75

= B+

76


100

= A


Bandar Lampung,
September
3
rd

2013

Responsible Lecturer
,




Drs. Nengah Maharta, M.Si.

NIP
19551231 198303 1 00
2