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(9) In Grieved Lands by José Craveirinha, alliteration plays a crucial role in emphasizing the poem's emotional weight and rhythmic intensity. By repeating consonant sounds, the poet reinforces the themes of pain, resistance, and connection to the land, making the imagery more vivid and memorable. For example, Craveirinha uses alliteration to underscore the land's suffering and its intimate relationship with its people. The repeated consonant sounds create a musical quality that mirrors the lament of the oppressed. Phrases like "grieving ground" or "scorched soil" (depending on the translation) intensify the sense of loss, allowing the reader to feel the emotional depth of the land’s anguish. This stylistic choice also reflects the oral traditions of African poetry, where sound and rhythm play essential roles in storytelling and evoking shared emotions. Alliteration also highlights the tension between destruction and hope. In moments where Craveirinha shifts focus to resistance and resilience, the repetition of strong, forceful sounds mirrors the determination of the people to reclaim their identity and fight against oppression. For instance, the repeated use of “b” or “d” sounds might evoke the drumbeat of rebellion, grounding the poem in the cultural and spiritual heartbeat of the land. Ultimately, the alliteration in Grieved Lands is not just a decorative device—it serves to unify the poem’s form and meaning. It draws the reader’s attention to the emotional resonance of the words, making the land’s grief and the people’s struggle palpable. Through this technique, Craveirinha captures the enduring spirit of Mozambique and other colonized nations, weaving together pain and defiance in a way that deeply moves the reader.

Literature

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WAEC GCE BIOLOGY PRACTICAL NUMBER TWO (2ai) A: Monocotyledonae B: Dicotyledonae (2aii) A: Stem B: Root (2aiii) I: Epidermis II: Cortex III: Endodermis IV: Pericycle V: Xylem VI: Phloem VII: Pith VIII: Epidermis IX: Cortex X: Central vascular bundle (2b) (i) Protection: V (ii) Transport of food: II (iii) Transport of water and mineral salts: III (iv) Absorbing of water from soil: VIII (v) Support: VII (2c) IV: Large surface area, thin walls for efficient absorption. VIII: Root hairs increase surface area, thin cell walls for water absorption. (2d) (i)A has a circular arrangement of vascular bundles, while B has a scattered arrangement. (ii)A shows distinct vascular bundles, B does not. (iii)A has a defined outer layer (epidermis), B shows a less defined boundary. (iv)A is a typical dicot stem cross-section, B resembles a monocot root cross-section. (2e) (i) Transport of food: Translocation (ii) Transport of water and mineral salts: Transpiration (iii) Absorption of water from soil: Osmosis J

Biology Practical

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*WAEC GCE BIOLOGY* *NUMBER THREE* (3ai) Ecology is the study of the relationships between living organisms and their environment. It examines how living things interact with each other and with the non-living components of their environment, such as air, water, and soil. (3aii) An ecosystem is a community of living organisms (plants, animals, and microorganisms) interacting with each other and with their physical environment. The components of an ecosystem are interdependent and form a complex web of relationships. (3aiii) The biosphere is the part of the Earth's environment that supports life. It includes all the living organisms on the planet, as well as the physical environment they inhabit, such as the atmosphere, hydrosphere, and lithosphere. (3bi) (PICK ANY TWO) (i) Producers (ii) Consumers (iii) Decomposers (iv) Abiotic factors (3bii) (PICK ANY TWO) (i) Producers: Organisms that can synthesize their own food, usually through photosynthesis, and form the base of the food chain. (ii) Consumers: Organisms that obtain energy by consuming other organisms, either directly (herbivores) or indirectly (carnivores and omnivores). (iii) Decomposers: Organisms that break down dead organic matter, releasing nutrients back into the environment for reuse by producers. (iv) Abiotic factors: The physical and chemical components of the environment, such as water, air, soil, and sunlight, which provide the necessary resources and conditions for life. (3ci) (PICK ANY FOUR) (i) High species diversity (ii) Lush vegetation and dense canopy (iii) Warm and humid climate year-round (iv) High rainfall (typically over 2,000 mm per year) (v) Nutrient-poor soil (vi) Vertical stratification of the vegetation (3cii) (PICK ANY TWO) (i) Tall, straight trunks to reach the canopy and compete for sunlight (ii) Broad, flat leaves to maximize light absorption for photosynthesis (iii) Buttress roots to provide stability in the shallow, nutrient-poor soil (iv) Ability to shed leaves during the dry season to conserve water (v) Bark that is resistant to fire and pests (vi) Seed dispersal mechanisms

*WAEC GCE BIOLOGY* *NUMBER TWO* (2a) The feces of lizards are more solid than those of mammals due to the differences in their digestive systems. Lizards are ectothermic, meaning they rely on external sources of heat to regulate their body temperature. This slower metabolism allows them to extract more water from their food, resulting in more solid and less watery feces compared to the typically more liquid feces of mammals. (2b) (PICK ANY FIVE) (i) Saliva (ii) Gastric juice (iii) Pancreatic juice (iv) Bile (v) Intestinal juice (from the small intestine) (vi) Mucus (2c) (PICK ANY THREE) (i) Pepsin (ii) Trypsin (iii) Chymotrypsin (iv) Elastase (v) Carboxypeptidase A (vi) Carboxypeptidase B (2di) (PICK ANY THREE) (i) Both are biological catalysts (ii) Both are involved in regulating biological processes (iii) Both are produced by specialized cells or tissues (iv) Both have a specific target or substrate (v) Both require specific conditions (temperature, pH, etc.) to function optimally (vi) Both can be affected by inhibitors (2dii) In Tabular Form =HORMONES= (PICK ANY THREE) (i) Act as signaling molecules (ii) Transported in the bloodstream (iii) Influence distant target cells (iv) Regulate complex processes (v) Act at low concentrations (vi) Have long-lasting effects =ENZYMES= (PICK ANY THREE) (i) Act as catalysts (ii) Act locally at the site of their production (iii) Influence specific chemical reactions (iv) Facilitate specific metabolic processes (v) Act at higher concentrations (vi) Have short-lived effects (2e) (i) Glucose - 1 molecule (ii) Water - 6 molecules (iii) Oxygen - 6 molecules

*WAEC GCE BIOLOGY* *NUMBER FOUR* (4ai) Organic evolution refers to the process by which species of living organisms change over time through variations in traits, inheritance, and natural selection. It is the gradual development of new species from common ancestors through genetic changes and adaptation to their environment. (4aii) (i) Fossil Record (ii) Comparative Anatomy (iii) Embryology (iv) Molecular Biology (v) Biogeography (4bi) The Theory of Use and Disuse suggests that body parts or organs that are used frequently become stronger and more developed, while those that are not used may diminish or disappear over generations. The idea is that environmental demands lead to the development or reduction of certain features based on their utility (4bii) Jean-Baptiste Lamarck. (4biii) (i) Giraffes (ii) Aquatic organisms (like amphibians and their legs) (4c) Mutation refers to a sudden, random change in the genetic material (DNA) of an organism. Mutations introduce new genetic variations in a population. Some mutations are beneficial, giving organisms a survival advantage and thus increasing the likelihood of passing on these traits to future generations. Over time, these beneficial mutations accumulate and contribute to the evolution of new species (4d) (i) Aestivation: Lizard (ii) Basking: Bat (iii) Territoriality: Monkey (iv) Hibernation: Polar bear

*2024 WAEC GCE BIOLOGY THEORY ANSWERS* *NUMBER FIVE* (5a) (i) To kill the leaf and stop all metabolic processes. (ii) To remove chlorophyll and decolorize the leaf, making the starch test visible. (iii) To heat the alcohol safely since alcohol is flammable and can ignite if directly exposed to a flame. (iv) To soften the leaf after it becomes brittle from boiling in alcohol. (5bi) Courtship behaviors are actions performed by animals to attract mates for reproduction. These behaviors help ensure species recognition and successful mating. (5bii) (I) Singing or vocalizations (e.g., birds). (II) Displaying physical features (e.g., peacock spreading its feathers). (III) Ritualized dances or movements. (5ci) =TABULATE= UNDER TACTIC MOVEMENT (I) Directional and influenced by stimuli direction (e.g., light, chemicals). (II) Involves whole plant or organism movement (e.g., phototaxis in algae). UNDER NASTIC MOVEMENT (I) Non-directional and independent of stimuli direction. (II) Involves specific parts of the plant (e.g., closing of Mimosa leaves). (5cii) Nastic movement: (I) Mimosa pudica (sensitive plant). (II) Venus flytrap. Tactic movement: (I) Chlamydomonas (moves towards light). (II) Euglena (responds to chemical signals). (5di) (I) Ensures compatibility between donor and recipient, reducing risks of rejection. (II) Prevents adverse reactions by matching blood groups accurately. (5dii) =TABULATE= UNDER DNA (I) Double-stranded helix. (II) Contains thymine (T) as a base. (III) Deoxyribose sugar in its structure. UNDER RNA (I) Single-stranded molecule. (II) Contains uracil (U) instead of thymine. (III) Ribose sugar in its structure.

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