简单生活: September 2007

Saturday, September 22, 2007

STPM TRIAL 2007 NEGERI SEMBILAN--- PENGAJIAN AM

STPM TRIAL 2007 NEGERI SEMBILAN--- PENGAJIAN AM

download information:

pa.zip (2.44 MB)

http://download15.mediafire.com/ibaviqrlghhg/45ftdlbf3op/pa.zip

or
http://www.mediafire.com/?45ftdlbf3op

STPM TRIAL PAPER 2007---- CHEMISTRY PAPER 1 & 2

STPM TRIAL PAPER 2007---- CHEMISTRY PAPER 1 & 2

NEGERI SEMBILAN

DOWNLOAD INFORMATION:

chemistry.rar (2.84 MB)

http://download196.mediafire.com/y22jgmmzmkwg/eigdwptydtz/chemistry.rar

or
http://www.mediafire.com/?eigdwptydtz

STPM Mathematics T, Mathematics S and Further Mathematics Syllabuses

Please take note that the first eight topics (Paper 1) of Maths T and Maths S are the same. Besides, Maths T and Maths S are mutually exclusive. In other words, a STPM candidate cannot take both subjects at the same time. Maths T is taken by most science stream stuedents whereas Maths S is taken by some art stream students. Meanwhile, Further Maths is taken as the optional fifth subject by some science stream students.

STPM Mathematics T (also known as Pure Mathematics) Syllabus

1.Numbers and Sets

Real numbers

Exponents and logarithms

Complex numbers

Sets

2.Polynomials

Polynomials

Equations and inequalities

Partial fractions

3.Sequences and Series

SequencesSeries

Binomial expansions

4.Matrices

Matrices

Inverse matrices

System of linear equations

5.Coordinate Geometry

Cartesian coordinates in a plane

Straight lines

Curves

6.Functions

Functions and graphs

Composite functions

Inverse functions

Limit and continuity of a function

7.Differentiation

Derivative of a function

Rules for differentiation

Derivative of a function defined implicitly or parametrically

Applications of differentiation

8.Integration

Integral of a function

Integration techniques

Definite integrals

Applications of integration

9.Differential Equations

Differential equations

First order differential equations with separable variables

First order homogeneous differential equations

10.Trigonometry

Solution of a triangle

Trigonometric formulae

Trigonometric equations and inequalities

11.Deductive Geometry

Axioms

Polygons

Circles

12.Vectors

Vectors

Applications of vectors

13.Data Description

Representation of data

Measures of location

Measures of dispersion

14.Probability

Techniques of counting

Events and probabilities

Mutually exclusive events

Independent and conditional events

15.Discrete Probability Distributions

Discrete random variables

Mathematical expectation

The binomial distribution

The Poisson distribution

16.Continuous Probability Distributions

Continuous random variable

Probability density function

Mathematical expectation

The normal distribution

STPM Mathematics S (also known as Statistical Mathematics) Syllabus

1.Numbers and Sets
Real numbers
Exponents and logarithms
Complex numbers
Sets

2.Polynomials
Polynomials
Equations and inequalities
Partial fractions

3.Sequences and Series
SequencesSeries
Binomial expansions
4.Matrices
Matrices
Inverse matrices
System of linear equations
5.Coordinate Geometry
Cartesian coordinates in a plane
Straight lines
Curves

6.Functions
Functions and graphs
Composite functions
Inverse functions
Limit and continuity of a function

7.Differentiation
Derivative of a function
Rules for differentiation
Derivative of a function defined implicitly or parametrically
Applications of differentiation

8.Integration
Integral of a function
Integration techniques
Definite integrals
Applications of integration

9.Linear Programming

10.Network Planning

11.Data Description

12.Probability

13.Probability Distributions

14.Sampling and Estimation

15.Correlation and Regression

16.Time Series and Index Number

Friday, September 21, 2007

964 BIOLOGY
Aims
This syllabus aims to enhance students’ knowledge and understanding of biology to enable them to further their studies at institutions of higher learning or to assist them to embark on related careers, and also to promote an awareness among them of the role of biology in the universe.

Content
1.The biology of molecules and cells
2.Energetics
3.Gaseous exchange, transport, and homeostasis
4.Control and coordination
5.Reproduction, development, and growth
6.Genetics
7.Taxonomy, biodiversity, and theory of evolution
8.Ecology

Form of Examination
Candidates are required to enter for Papers 1, 2, and either Paper 3 or Paper 4.
Paper 1 (1¾ hours): 50 compulsory multiple-choice questions are to be answered.
Paper 2 (2½ hours): 4 compulsory structured questions in Section A and 4 out of 6 essay questions in Section B are to be answered.
Paper 3 (School term): 13 compulsory experiments are to be carried out for school-based assessment of practical work.
Paper 4 (1 hour): 2 compulsory structured questions are to be answered in this written practical test which is an alternative to Paper 3. Candidates repeating upper six, candidates taking an additional science subject outside the school time-table, and private candidates are required to take this paper.

962 CHEMISTRY
Aims
This syllabus aims to enhance students’ knowledge and understanding of chemistry to enable them to further their studies at institutions of higher learning or to assist them to embark on related careers, and also to promote an awareness among them of the role of chemistry in the universe.

Content
1.Matter
2.Electronic structure of atoms
3.The periodic table
4.Chemical bonding
5.Reaction kinetics
6.Equilibria
7.Electrochemistry
8.Thermochemistry and chemical energetics
9.Period 3 and Group 2: Selected properties
10.Group 13: Aluminium
11.Group 14: C, Si, Ge, Sn, Pb
12.Group 15: Nitrogen and its compounds
13.Group 17: C1, Br, I
14.An introduction to the chemistry of d-block elements
15.The chemistry of carbon
16.Hydrocarbons
17.Haloalkanes
18.Hydroxy compounds
19.Carbonyl compounds
20.Carboxylic acids
21.Carboxylic acid derivatives
22.Amines
23.Amino acids and proteins
24.Polymers

Form of Examination
Candidates are required to enter for Papers 1, 2, and either Paper 3 or Paper 4.
Paper 1 (1¾ hours): 50 compulsory multiple-choice questions are to be answered.
Paper 2 (2½ hours): 4 compulsory structured questions in Section A and 4 out of 6 essay questions in Section B are to be answered.
Paper 3 (School term): 15 compulsory experiments are to be carried out for school-based assessment of practical work.
Paper 4 (1 hour): 3 compulsory structured questions are to be answered in this written practical test which is an alternative to Paper 3. Candidates repeating upper six, candidates taking an additional science subject outside the school time-table, and private candidates are required to take this paper.

960 PHYSICS

Aims
This syllabus aims to enhance students’ knowledge and understanding of physics to enable them to further their studies at institutions of higher learning or to assist them to embark on related careers, and also to promote an awareness among them of the role of physics in the universe.

Content
1.Mechanics
2.Waves
3.Properties of Matter
4.Thermodynamics
5.Electricity and Magnetism
6.Optics
7.Quantum Physics
8.Atomic Physics
9.Nuclear Physics

Form of Examination
Candidates are required to enter for Papers 1, 2, and either Paper 3 or Paper 4.
Paper 1 (1¾ hours): 50 compulsory multiple-choice questions are to be answered.
Paper 2 (2½ hours): 7 to 8 compulsory structured questions in Section A and 4 out of 6 essay questions in Section B are to be answered.
Paper 3 (School term): 15 compulsory experiments are to be carried out for school-based assessment of practical work.
Paper 4 (1 hour): 2 compulsory structured questions are to be answered in this written practical test which is an alternative to Paper 3. Candidates repeating upper six, candidates taking an additional science subject outside the school time-table, and private candidates are required to take this paper.