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38 Cards in this Set
- Front
- Back
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1.2 Draw a diagram of the ultrastructure of E. coli as an example of prokaryotic cell |
- Cell wall - Plasma membrane - Pili - 70S ribosome - Nucleoid with naked DNA - Flagellum - Plasma membrane - Cell wall - Cytoplasm |
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1.2 Draw a diagram to show the ultrastructure of liver cell as an example of an animal cell |
- Rough endoplasmic reticulum (rER) - Golgi apparatus - Mitochondrion - Nucleus - Nuclear membrane - Lysosome - Cytoplasm - Plasma membrane - 80S ribosomes |
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1.3 Draw a diagram to show the Fluid Mosaic Model of a biological membrane |
Plasma membrane - Phospholipid bilayer - Hydrophilic head - Hydrophophic tail - Integral protein - Glycoprotein - Peripheral protein - Cholestrol |
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2.1 Drawing molecular diagrams of glucose, ribose, a saturated fatty acid and a generalized amino acid. |
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2.1 Drawing molecular diagrams of glucose, ribose, a saturated fatty acid and a generalized amino acid. |
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2.1 Drawing molecular diagrams of glucose, ribose, a saturated fatty acid and a generalized amino acid. |
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2.1 Drawing molecular diagrams of glucose, ribose, a saturated fatty acid and a generalized amino acid. |
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2.4 Draw molecular diagrams to show the formation of a peptide bond |
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2.6 Draw simple diagrams of the structure of single nucleotides of DNA and RNA |
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2.6 Draw simple diagrams of the structure of single nucleotides of DNA and RNA |
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2.6 Draw a simple diagram of the molecular structure of DNA |
- Hydrogen bonds - Complementary C:G & A:T base paring |
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2.9 Photosynthesis: Draw an absorption spectrum for chlorophyll and an action spectrum for photosynthesis |
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2.9 Photosynthesis: Draw an absorption spectrum for chlorophyll and an action spectrum for photosynthesis |
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3.3 Draw diagrams to show the stages of meiosis resulting in the formation of four haploid cells |
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10.1 Draw diagrams to chow chiasmata formed by crossing over |
- Sister chromatids - Homologous pair - Centromere - Chiasma - Recombinant chromatids - Non-recombinant chromatids - Shade. |
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4.2 Quantitatively represent energy flow using a pyramid of energy |
- Producer -> Primary -> Secondary etc. - Numerical energy value - Unit kJ m-2 y-1 - Draw bars to scale |
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4.3 Construct a diagram of carbon cycle |
- Photosynthesis - Respiration - Fossilization - Combustion - Feeding - Death |
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6.1 Annotate a diagram of the digestive system |
- Mouth - Oesophagus - Stomach - Pancreas - Gallbladder - Liver - Small intestine - Large intestine - Colon - Anus |
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6.2 Recognize the chambers and valves of the heart, as well as the blood vessels connected to it in dissected hearts or in diagrams of heart structure. |
Chambers: - Right atrium - Right ventricle - Left atrium - Left ventricle Valves: - Left atrioventricular valve (bicuspid/mitral) - Right atrioventricular valve (tricuspid) - Aortic semilunar valve - Pulmonary semilunar valve Blood vessels: - Pulmonary artery - Aorta - Superior vena cava - Inferior vena cava - Pulmonery veins Septum |
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6.2 Identify blood vessels as arteries, capillaries or veins from the structure of their walls |
Artery: - Small lumen - Thick, fibrous & collagenous walls - No valves Vein: - large lumen - Thin walls - Valves near heart Capillary: - Very small lumen (enough for an erythrocyte) - One-cell thick wall |
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6.4 Draw a diagram to show the structure of an alveolus and an adjacent capillary |
- Type 1 pneumocyte - Type 2 pneumocyte - Surfactant - Air space - Blood capillary - Erythrocyte |
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6.6 Annotate diagrams of the male and female reproductive systems |
- Testis - Scrotum - Epididymis - Vas deferens (sperm duct) - Seminal vesicle - Prostate gland - Uretha - Penis - Foreskin |
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6.6 Annotate diagrams of the male and female reproductive systems |
- Vagina - Cervix - Uterus - Endometrium - Oviduct - Ovary |
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8.2 Annotate a diagram of a mitochondrion to indicate the adaptations to its function
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- Crista - Matrix - Ribosomes - Inner membrane - Outer membrane - Mitochondrial DNA |
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8.3 Annotate a diagram to indicate the adaptations of a chloroplast to its function |
- Thylakoid - Granum - Lamella - Stroma - Thylakoid membrane - Inner membrane - Outer membrane - Inter-membrane space |
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9.1 Draw the structure of primary xylem vessels in sections of stems based on microscope images |
- Phloem - Xylem - Vascular bundle - Cortex - Pith - Epidermis - Cambium |
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9.4 Draw the internal structure of seeds |
- Micropyle - Embryo - Plumule (embryo shoot) - Radicle (embryo root) - Cotelydons - Testa - Aleurone layer - Endosperm |
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9.4 Draw the half-views of animal-pollinated flowers |
- Anther - Filament - Stamen - Stigma - Style - Ovary - Ovum - Pistil - Petal - Sepal - Receptacle - Nectary - Stalk |
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11.2 Annotate a diagram of the human elbow |
- Ulna - Radius - Humerus - Biceps - Triceps - Cartilage - Synovial membrane - Synovial Fluid - Tendon - Ligament |
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11.2 Draw labelled diagrams of the structure of a sarcomere |
- Dark bands & Light bands - Myosin - Myosin heads - Actin - Z line |
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11.3 Draw the structure of the human kidney |
- Cortex - Medulla - Renal Pelvis - Ureter - Renal blood vessels (artery & vein) |
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11.3 Annotate a diagram of a nephron |
Cortex - Afferent arteriole - Efferent arteriole - Bowman's capsule - Glomerulous - Proximal convulated tubule - Distal convulated tubule Medulla - Loop of Henle (descending & ascending limb) - Collecting duct |
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11.4 Annotate diagrams of semineferous tubule to show the stages of gametogenesis |
- Germinal epithelium - Lumen - Interstitial cells (Leydig) - Basement membrane - Sertoli cells - Primary spematocyte - Secondary spermatocyte - Developing spermatozoa |
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11.4 Annotate diagrams of ovary to show the stages of gametogenesis |
- Germinal epithelium - Oogonium - Primary follicle containing primary oocyte (prophase I) - Secondary follicle containing secondary oocyte (prophase II) - Mature follicle (Graafian) - Ovulation Corpus luteum |
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11.4 Annotate diagrams of mature sperm and egg to indicate functions |
Head - Acrosome - Nucleus Middle piece - Centriole - Mitochondria Tail - Axial filament |
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11.4 Annotate diagrams of mature sperm and egg to indicate functions |
- Follicle cells - Polar body - Zona pellucida - Corticle granules - Nuclues |
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C.2 Construct Gersmehl diagrams to show the inter-relationships between nutrient stores and flows between taiga, desert and tropical rainforests |
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C.6 Draw and label a diagram of a nitrogen cycle |
- Saprophyte - Feeding - death - Excretion - Decomposition - Denitrification - Nitrifying bacteria (Nitrosomonas & Nitrobactor) - Nitrite in soil - Nitrate in soil - Lightning - Nitrogen fixing bacteria (Rhizobium & Azotobacter) - Denitrifying bacteria (Pseumodas denitrificans) - Ammonium in soil |
