File : THESIS.pdf - Universitas Muhammadiyah Malang
File : THESIS.pdf - Universitas Muhammadiyah Malang File : THESIS.pdf - Universitas Muhammadiyah Malang
BIOLOGY 9700 A/AS LEVEL SUBJECT CONTENT/ ISI MATAPELAJARAN It will be assumed that examples to illustrate concepts and content will be drawn from a wide range of organisms. It is expected that practical activities will underpin the teaching of the whole syllabus. Asterisks (*) placed alongside learning outcomes indicate areas of the syllabus that present opportunities for practical work. CORE SYLLABUS / SYLLABUS DASAR / INTI The Core content to be studied by AS candidates, sections A to K, is shown in normal type. The additional Core content to be studied by A Level candidates, sections L to U, is shown in bold type. A CELL STRUCTURE Content The microscope in cell studies Cells as the basic units of living organisms Detailed structure of typical animal and plant cells, as seen under the electron microscope Outline functions of organelles in plant and animal cells Characteristics of prokaryotic and eukaryotic cells Learning Outcomes Candidates should be able to: (a) *use a graticule and stage micrometer to measure cells and be familiar with units (millimetre, micrometre, nanometre) used in cell studies; (b) explain and distinguish between resolution and magnification, with reference to light microscopy and electron microscopy; (c) describe and interpret drawings and photographs of typical animal and plant cells, as seen under the electron microscope, recognising the following membrane systems and organelles - rough and smooth endoplasmic reticula, Golgi apparatus, mitochondria, ribosomes, lysosomes, chloroplasts, plasma/cell surface membrane, nuclear envelope, centrioles,nucleus and nucleolus; (d) outline the functions of the membrane systems and organelles listed in (c); (e) *compare and contrast the structure of typical animal and plant cells; (f) *draw plan diagrams of tissues (including a transverse section of a dicotyledonous leaf) and calculate the linear magnification of drawings; (g) describe the structure of a prokaryotic cell and compare and contrast the structure of prokaryotic cells with eukaryotic cells; (h) use the knowledge gained in this section in new situations or to solve related problems. B BIOLOGICAL MOLECULES Content The structure of carbohydrates, lipids and proteins and their roles in living organisms Water and living organisms Learning Outcomes 116
BIOLOGY 9700 A/AS LEVEL Candidates should be able to: (a) *carry out tests for reducing and non-reducing sugars (including semi-quantitative use of the Benedict’s test), the iodine in potassium iodide solution test for starch, the emulsion test for lipids and the biuret test for proteins; (b) describe the ring forms of alpha and beta glucose; (c) describe the formation and breakage of a glycosidic bond; (d) describe the molecular structure of starch (amylose and amylopectin), glycogen and cellulose and relate these structures to their functions in living organisms; (e) describe the molecular structure of a triglyceride and a phospholipid and relate these structures to their functions in living organisms; (f) describe the structure of an amino acid and the formation and breakage of a peptide bond; (g) explain the meaning of the terms primary structure, secondary structure, tertiary structure and quaternary structure of proteins and describe the types of bonding (hydrogen, ionic, disulphide and hydrophobic interactions) that hold the molecule in shape; (h) describe the molecular structure of haemoglobin as an example of a globular protein, and of collagen as an example of a fibrous protein and relate these structures to their functions (the importance of iron in the haemoglobin molecule should be emphasised); (i) describe and explain the roles of water in living organisms and as an environment for organisms; (j) state one role of each of the following inorganic ions in living organisms: calcium, sodium, potassium, magnesium, chloride, nitrate, phosphate; (k) use the knowledge gained in this section in new situations or to solve related problems. C ENZYMES Content Mode of action of enzymes Learning Outcomes Candidates should be able to: (a) explain that enzymes are globular proteinsthat catalyse metabolic reactions; (b) explain the mode of action of enzymes in terms of an active site, enzyme/substrate complex, lowering of activation energy and enzyme specificity; (c) *follow the time course of an enzyme-catalysed reaction by measuring rates of formation of products (for example, using catalase) or rates of disappearance of substrate (for example,using amylase); (d) *investigate and explain the effects of temperature, pH, enzyme concentration and substrate concentration on the rate of enzyme-catalysed reactions, and explain these effects; (e) explain the effects of competitive and non-competitive inhibitors on the rate of enzyme activity; (f) use the knowledge gained in this section in new situations or to solve related problems. D CELL MEMBRANES AND TRANSPORT Content The fluid mosaic model of membrane structure The movement of substances into and out of cells Learning Outcomes 117
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BIOLOGY 9700 A/AS LEVEL<br />
SUBJECT CONTENT/ ISI MATAPELAJARAN<br />
It will be assumed that examples to illustrate concepts and content will be drawn from a<br />
wide range of organisms.<br />
It is expected that practical activities will underpin the teaching of the whole syllabus.<br />
Asterisks (*) placed alongside learning outcomes indicate areas of the syllabus that<br />
present opportunities for practical work.<br />
CORE SYLLABUS / SYLLABUS DASAR / INTI<br />
The Core content to be studied by AS candidates, sections A to K, is shown in normal type.<br />
The additional Core content to be studied by A Level candidates, sections L to U, is shown in<br />
bold<br />
type.<br />
A CELL STRUCTURE<br />
Content<br />
The microscope in cell studies<br />
Cells as the basic units of living organisms<br />
Detailed structure of typical animal and plant cells, as seen under the electron<br />
microscope<br />
Outline functions of organelles in plant and animal cells<br />
Characteristics of prokaryotic and eukaryotic cells<br />
Learning Outcomes<br />
Candidates should be able to:<br />
(a) *use a graticule and stage micrometer to measure cells and be familiar with<br />
units<br />
(millimetre, micrometre, nanometre) used in cell studies;<br />
(b) explain and distinguish between resolution and magnification, with reference<br />
to light microscopy and electron microscopy;<br />
(c) describe and interpret drawings and photographs of typical animal and plant cells, as<br />
seen under the electron microscope, recognising the following membrane systems and<br />
organelles<br />
- rough and smooth endoplasmic reticula, Golgi apparatus, mitochondria,<br />
ribosomes, lysosomes, chloroplasts, plasma/cell surface membrane, nuclear<br />
envelope, centrioles,nucleus and nucleolus;<br />
(d) outline the functions of the membrane systems and organelles listed in (c);<br />
(e) *compare and contrast the structure of typical animal and plant cells;<br />
(f) *draw plan diagrams of tissues (including a transverse section of a dicotyledonous<br />
leaf) and calculate the linear magnification of drawings;<br />
(g) describe the structure of a prokaryotic cell and compare and contrast the<br />
structure of prokaryotic cells with eukaryotic cells;<br />
(h) use the knowledge gained in this section in new situations or to solve related problems.<br />
B BIOLOGICAL MOLECULES<br />
Content<br />
The structure of carbohydrates, lipids and proteins and their roles in living organisms<br />
Water and living organisms<br />
Learning Outcomes<br />
116