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Transcript of Kysis a Level
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KYSIS
ABOUT KOLEJ YAYASAN SAAD (KYS) AND KYS INTERNATIONAL SCHOOL (KYSIS)
Kolej Yayasan Saad (KYS) is a private co-educational boarding school in Malaysia. It was established in
1995. The background, aims and philosophy of the school can be obtained from our official homepage
linkhttp://kysm.edu.my/
KYS is consistently the best performing school in the country. All our students complete their secondary
education scoring high grades in the SPM examination (an equivalent to IGCSE O Level examination),
following which, they win pre-university scholarships mainly to do the Cambridge International A-
Level. We work hard using the national curriculum to develop learning skills so that, post SPM, our
students are able to manage A-level subjects and to excel in the A-level examination leading to placemen
into the worlds top notch universities.
An expansion plan to establish KYS International School (KYSIS) to offer the Cambridge International A
Level, within the campus of the current school, was incubated back in 2008. With approval given by the
Ministry of Education to run an international school in April 2012, KYSIS has now started its first
intake for July 2013.
To ensure that students stand a good chance for placement into the worlds top notch universities, the A
level at KYSIS is fully staffed by experienced UK teachers. We provide a fully immersed British
school learning style at one third of what it would cost in the UK. In addition to this, personal developme
will also be given to students.
Subjects offered are at AS and A levels. Advanced level subjects include Physics, Chemistry, Biology,
Mathematics, Further Mathematics, Economics, Accounting and History. Thinking Skills is offered at AS
level. English support is also provided to enhance students English language proficiency.
Subject combinations cover both the science and business related options and students can choose
either of those options.
Our ultimate aim is to gain acceptance as a feeder school to the worlds top notch universities.
Click here for A-Level Scholarship Application Form. Write SCHOLARSHIP at the top right hand corne
of your completed application form.
http://kysm.edu.my/http://kysm.edu.my/http://kysm.edu.my/http://kysm.edu.my/wp-content/uploads/2010/06/admission-2014-BI.pdfhttp://kysm.edu.my/wp-content/uploads/2010/06/admission-2014-BI.pdfhttp://kysm.edu.my/wp-content/uploads/2010/06/admission-2014-BI.pdfhttp://kysm.edu.my/ -
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KYS International School
A LEVEL SUBJECT CHOICE BOOKLET 2013 to 2015
DESCRIPTION OF SUBJECTS (Cambridge Web sitewww.cie.org.uk Cambridge Advanced 16 19)
MATHEMATICS AS & A2 (9709)
Cambridge International AS & A2 Level Mathematics is accepted internationally as proof of mathematica
knowledge and understanding.
Successful candidates gain lifelong skills, including: a deeper understanding of mathematical principlesthe
further development of mathematical skills including the use of applications of mathematics in the conte
of everyday situations and in other subjects that they may be studyingthe ability to analyse problems
logically, recognising when and how a situation may be represented mathematicallythe use of mathematics
as a means of communicationa solid foundation for further study.
The syllabus allows Centres to choose the route to AS and A Level Mathematics. Students may choose to
take the Advanced Subsidiary (AS) qualification only.
AS Level students will study and be assessed in pure mathematics and mechanics. Topics covered include
the following
Pure Mathematics 1 (P1)
1. Quadratics2. Functions3. Coordinate geometry4. Circular measure5. Trigonometry6. Vectors7. Series8. Differentiation9. Integration
Mechanics 1 (M1)
1. Forces and equilibrium2. Kinematics of motion in a straight line3. Newtons laws of motion4. Energy, work and power
http://e/My%20Documents/Downloads/www.cie.org.ukhttp://e/My%20Documents/Downloads/www.cie.org.ukhttp://e/My%20Documents/Downloads/www.cie.org.ukhttp://e/My%20Documents/Downloads/www.cie.org.uk -
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Students who choose to obtain an A level in Mathematics follow the A2 programme in the 2nd year. Topic
covered include the following
Pure Mathematics 3 (P3) Mechanics 2 (M2)
1. Algebra2. Logarithmic and exponential functions3. Further trigonometry4. Further differentiation5. Further integration6. Numerical solution of equations7. Further vectors8. Differential equations9. Complex numbers
1. Motion of a projectile2. Equilibrium of a rigid body3. Uniform motion in a circle4. Hookes law5. Linear motion under a
variable force
Assessment objectives
The abilities assessed in the examinations cover a single area: technique with application.
The examination will test the ability of candidates to:
understand relevant mathematical concepts, terminology and notation; recall accurately and use successfully appropriate manipulative techniques; recognise the appropriate mathematical procedure for a given situation; apply combinations of mathematical skills and techniques in solving problems; present mathematical work, and communicate conclusions, in a clear and logical way.
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Paper Type of Paper DURATION Marks
WEIGHTING %
AS A2
AS
(course)
1 (P1)About 10 shorter and
longer questions1 h 45 min 75 60 30
4 (M1)About 7 shorter and longer
questions1 h 15 min 50 40 20
A2
(course)
3 (P3) About 10 shorter and
longer questions1 h 45 min 75 - 30
5 (M2)About 7 shorter and longer
questions1 h 15 min 50 - 20
FURTHER MATHEMATICS A2 (9231)
Cambridge International A Level Further Mathematics is accepted by universities and employers as proof
of mathematical knowledge and understanding. Successful candidates gain lifelong skills, including:
a deeper understanding of mathematical principlesthe further development of mathematical skills includi
the use of applications of mathematics in the context of everyday situations and in other subjects that
they may be studyingthe ability to analyse problems logically, recognising when and how a situation may b
represented mathematicallythe use of mathematics as a means ofcommunicationa solid foundation for
further study.
Prior learning
Knowledge of the syllabus for Pure Mathematics (units P1 and P3) in Mathematics 9709 is assumed
forPaper 1, and candidates may need to apply such knowledge in answering questions.
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Knowledge of the syllabus for Mechanics units (M1 and M2) and Probability and Statistics units (S1 and 2
in Mathematics 9709 is assumed for Paper 2. Candidates may need to apply such knowledge in
answeringquestions; harder questions on those units may also be set.
Students will be examined at the end of the second year of the course. The examination comprises of twpapers as follows:
Paper 1 Paper 2
1. Polynomials and rational functions MECHANICS (Sections 1 to 5)
2. Polar coordinates 1. Momentum and impulse
3. Summation of series 2. Circular motion
4. Mathematical induction3. Equilibrium of a rigid body under
coplanar forces
5. Differentiation and integration 4. Rotation of a rigid body
6. Differential equations 5. Simple harmonic motion
7. Complex numbers STATISTICS (Sections 6 to 9)
8. Vectors 6. Further work on distributions
9. Matrices and linear spaces7. Inference using normal and t-
distributions
8. 2 -tests
9. Bivariate data
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Paper
SCHEME OF ASSESSMENT: AS and
A2
Type of Paper
DURATION MarksWEIGHTING
%
1
There are about 11 questions of
different marks and lengths on Pure
Mathematics
3 h 0 min 100 50
2
Mechanics: 4 or 5 questions of
different marks and lengths on (worth
44 marks) Statistics: 4 or 5
questions of different marks and
lengths on (worth 44 marks)A finalquestion ( worth 12 marks).
3 h 0 min 100 50
SCIENCE: CHEMISTRY, BIOLOGY and PHYSICS AS and A2
The aims of all three courses in Science are to:
Provide, through well-designed studies of experimental and practical science, a worthwhile educational
experience for all students, whether or not they go on to study science beyond this level and, in particulato enable them to acquire sufficient understanding and knowledge to
1.1 become confident citizens in a technological world and able to take or develop an informed interest i
matters of scientific import;
1.2 recognise the usefulness, and limitations, of scientific method and to appreciate its applicability in
other disciplines and in everyday life;
1.3 be suitably prepared for studies beyond A Level in Science, Engineering, Medicine or in Science-
dependent vocational courses.
Develop abilities and skills that
2.1 are relevant to the study and practice of science;
2.2 are useful in everyday life;
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2.3 encourage efficient and safe practice; encourage effective communication. Develop attitudes releva
to science such as
3.1 concern for accuracy and precision;
3.2 objectivity;
3.3 integrity;
3.4 the skills of enquiry;
3.5 initiative;
3.6 inventiveness.
4. Stimulate interest in, and care for, the environment in relation to the environmental impact of Scienc
and its applications.
5. Promote an awareness of the impact science has on it community.
6. Stimulate students and create a sustained interest in Science so that the study of the subject is
enjoyable and satisfying.
CHEMISTRY AS & A2 (9701)
AS LEVEL STUDENTS WILL STUDY AND BE ASSESSED ON THE CORE OF THE ELEVEN SECTIONS
BELOW.
A LEVEL STUDENTS WILL STUDY CORE AND EXTENSION OF ALL ELEVEN SECTIONS, WITH
APPLICATIONS ON BIOCHEMISTRY, ANALYTICAL TECHNIQUES AND STRUCTURE.
Atomic Structure
Stoichiometry
Chemical Bonding and Structure
States of Matter
Chemical Energetics
Electrochemistry
Equilibria
Reaction Kinetics
Periodicity
Inorganic Chemistry
Organic Chemistry
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BIOLOGY AS and A2 (9700)
AS LEVEL STUDENTS WILL STUDY AND BE ASSESSED ON THE FIRST ELEVEN SECTIONS,
A LEVEL STUDENTS WILL STUDY AND BE ASSESSED ON ALL TWENTY ONE SECTIONS.
1. Cell Structure2. Biological Molecules3. Enzymes4. Cell Membranes and Transport5. Cell and Nuclear Division6. Genetic Control7. Transport8. Gas Exchange9. Infectious Disease10.Immunity11. Ecology
12.Energy and Respiration13.Photosynthesis14.Regulation and Control15.Inherited Change16.Selection and Evolution17.Biodiversity and Conservation18.Gene Technology19.Biotechnology20.Crop plants21.Aspects of Human Reproduction.
PHYSICS AS and A2 (9702)
AS Levelstudents will study and be assessed on the core of the six sections below,
A Levelstudents will study core and extension of the all six sections.
General Science Newtonian Mechanics Matter Oscillations and Waves Electricity and Magnetism Modern Physics
Students taking the complete A Level will also study the following topics in the application of Physic
Direct sensing Remote sensing Communicating information.
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METHODS OF ASSESSMENT IN ALL SCIENCE SUBJECTS:
The assessment for all three science courses is by external examinations which concentrate on the
following skills:
A Knowledge with understanding
B Handling, applying and evaluating information
C Experimental skills and investigations
SciencePaper Type of Paper DURATION Marks
WEIGHTING %
AS A2
AS
(course)
1 Multiple-choice (40 questions) 1 h 40 31 15
2 Structured questions on AS 1 h 15 min 60 46 23
3Practical Test(Two or more
experiments)2 h 40 23 12
A2
(course)
4Structured questions onA2 Core
and applications1 h 45 min 100 - 38
5 Planning, evaluation and analysis 1 h 15 min 30 - 12
To obtain the full A level the student must complete AS course and A2 course.
Students for Advanced Subsidiary (AS) certification will take Papers 1, 2 and 3 at end of the first year.
Students then carry their AS marks for P1 and P2 and then sit Papers 4, 5 and 6 at the end of the secon
year.
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THINKING SKILLS AS (8436)
Thinking Skills involves the learning of a specific set of intellectual skills independent of subject content
This reflects the need to encourage students to develop more mature and sophisticated ways of thinking
By taking a course in Thinking Skills and applying these skills to their wider academic learning, it is hopedthat students will approach their other subjects with an improved ability to understand, analyse and
resolve problems.
Students will find Thinking Skills of great benefit in preparation for higher education and a wide range o
careers, including the fields of law, scientific research, social science, journalism, medicine, business,
accounting and engineering. Universities are increasingly looking for students who can demonstrate a hig
level of objective and rigorous thinking.
As a curriculum subject, Thinking Skills offers students an excellent opportunity to express themselves
a free and open fashion. Lively debate, critical and investigative thinking are to be encouraged in the
lessons, coupled with informed and disciplined reasoning.
The aims of the Thinking Skills syllabus are:
To provide students with a specific and transferable set of skills for solving problems, criticalthinking and reasoning.
To encourage students to apply these skills to realistic scenarios. To develop students abilities to understand and engage confidently in argument and reasoning.
The Thinking Skills syllabus has two aspects: Problem Solving and Critical Thinking. Each of these consis
of a set of sub-skills. These are explained in more detail below.
Problem Solving
The problem solving component is designed to assess a students ability to analyze numerical and graphic
information in the context of real life situations and apply appropriate numerical techniques in order to
find new information or derive solutions.
For the examination students need to be able to apply simple mathematics to new situations in order to
demonstrate an ability to manipulate numerical and graphical data. They will need to be able to extract an
use relevant data and find methods of using information in order to come to conclusions. Students are als
required to recognise how the same data may be presented in different forms. They are expected to be
able to think critically about information, evaluate possible reasons for unexpected variations and be able
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to use information for informed decision-making. Thinking Skills is not designed as a test of students
mathematical abilities. Rather, the Problem Solving element of this subject is about using logical methods
of handling numerical, graphical and pictorial data. Problem solving skills are not only desirable but essent
to lawyers, sociologists, geographers, historians and those in many other professions. They have to
understand and use numerical information, to analyze it and to draw conclusions from it.
Critical Thinking
Central to Critical Thinking is the notion of argument. From the start students should learn to recognise
when someone is engaged in reasoned argument, as distinct from quarrelling, disputing, reporting or
explaining. Different examples of reasoning and argument need to be explored in order to understand the
common characteristics, and most importantly the use of reasons (or premises) to support conclusions.
Candidates should acquire a basic language of reasoning: everyday words such as therefore, because,
ifthen, which are used in arguments; and semi-technical terms such as conclusion, assumption, flaw,
sufficient, which are used to talk about argument. The main activities which comprise Critical Thinking a
analysis, evaluation and construction of argument. By analyzing arguments students learn to identify the
key elements of a reasoned case, and to understand how they function. Evaluation involves making inform
judgments about the soundness, strength or weakness of a piece of reasoning. This frequently includes
assessing the impact of responses to an argument: challenges, supporting evidence, counter-examples, et
In addition candidates are required to engage in their own reasoning, based on given stimulus material.
The assessment for the CIE Thinking Skills syllabus is organised into two papers.
ADVANCED SUBSIDIARY QUALIFICATION AS
Paper Type DurationNumber of
Questions
Maximum
MarkWeight (%)
1Multiple Choice
Questions1h 30m 30 30 50
2Short answers and
essay1h 30m 3 45 50
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Paper 1
Is a multiple-choice paper consisting of three distinct parts: There are questions on Assessing Arithmet
(extracting and processing data; applying formulae; mathematical modelling; decision making).
Communications has questions (understanding the meaning, function, relevance and significance of text a
different types of communication).
There are also questions on Assessing Argument (identifying conclusions, assumptions and flaws; drawing
conclusions; assessing the impact of evidence; applying principles). All questions are based on a scenario o
passage.
Paper 2
Consists of three compulsory questions based on a scenario or argument.
One question requires evidence to be evaluated. Questions two and three are concerned with evaluating
and presenting arguments. These are assessed by structured and essay type questions. Paper 2 largely
builds on the Assessing Argument part of Paper 1.