The
separate sciences are studied at the S.J.H.S. at KS4, which follows on
from the KS3 course taught in Years 7 to 9.
Though
these courses will go into greater depth and extend the knowledge of the
students, they will also involve some revision of the previous years’
work.
All
students must choose at least one Science subject.
The
Sciences
SC1
INVESTIGATIONS / EXPERIMENTATION
SC2
LIFE PROCESSES AND LIVING THINGS
SC3
MATERIALS AND THEIR PROPERTIES
SC4
PHYSICAL PROCESSES
.....................
...............
Each subject involves
Practical Assessment (SC1) which accounts for 25% and takes place during
normal laboratory periods but may involve some preparation at home. It
is assessed internally by the Science teachers and then sent to England
for moderation at the end of April. Four criteria are involved: planning,
carrying out, evaluating and concluding various types of Practical
Investigations in each separate science. Recently purchased highly
accurate data logging sensors connected to the computers can make data
collection and manipulation much easier for every student, and also keep
the keen scientist up to date with modern industrial methods.
The remaining 75% within
each subject is examined as part of the National Examinations (London
Board) at the end of the two year courses. This involves two written
papers for each subject covering all theoretical aspects within each
subject. Structured questions are used within the written papers which
also take account of differing levels of ability by adopting a two
tiered entry.
In all three
subjects,
students will be entered for the tiers of the examination suited to
their ability. This is decided after the mock examination. Only two
tiers exist: FOUNDATION TIER (Grades G to C) and HIGHER TIER (Grades D
to A).
BIOLOGY
(SC2) .National
curriculum
The
Course
1.
The subject core (50%)
·
Life processes and cell activity
·
Humans as organisms
·
Plants as organisms
·
Variation, inheritance and
evolution
·
Living organisms in their
environment
2.
Subject
extensions (25%)
·
Micro organisms and disease in
humans
·
Biotechnology in food production
3.
Practical Assessment (25%) – see prior information.
Aims
·
To enable students to acquire a
systematic body of biological knowledge and develop an understanding of
the concepts, principles and application of Biology through
investigative techniques.
·
To stimulate
curiosity, interest
and enjoyment in Biology.
·
To promote awareness of the
applications of Biology which may be both beneficial and detrimental to
the individual, the community and the environment.
CHEMISTRY
(SC3) National
curriculum
The
Course
1.
The
subject core (50%)
·
Classifying
materials, eg.
particles and atomic structure
·
Changing
materials, eg.
representing reactions
·
Patterns of
behaviour, eg. rates
of reaction
2.
The
subject extension (25%)
·
Chemistry in the
laboratory, eg.
tests for ions
·
Chemistry in
industry, eg.
making metals useful
·
Chemistry and the
environment, eg. carbon cycle
3.
Practical Assessment (25%)
– see prior information.
Aims
·
To acquire a systematic body of
scientific knowledge and develop an understanding of Chemistry,
including its powers and limitations.
·
To develop practical and
investigative skills.
·
To develop an understanding of
the nature of chemical ideas and activity.
·
To develop an understanding of
the technological and environmental applications and the economic and
social implications of Chemistry.
PHYSICS
(SC4) National
curriculum
The
Course at SJHS
1.
The
subject core (50%)
·
Electricity and magnetism
·
Forces and motion
·
Waves
·
The earth and beyond
·
Energy resources and energy
transfer
·
Radioactivity
2.
The
subject extension (25%)
·
Communications
·
Particles
3.
Practical Assessment (25%)
– see prior information.
Aims
The syllabus
aims to give students opportunities to:
·
Acquire a systematic body of
scientific knowledge and develop an understanding of Physics, including
its powers and limitations.
·
Develop experimental and
investigative abilities.
·
Develop an understanding of the
nature of Physics ideas and activity and the basis for scientific claims.
·
Develop an understanding of the
technological and environmental applications of Physics and of the
economical, ethical and social implications of these.
It is
important that students possess some mathematical ability before
considering the Physics course since it involves frequent numerical
concepts in all topic areas.
links
to physics
THE
NATIONAL CURRICULUM

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