Health

Write a focused topic sentence that states one paragraph-level main idea.

Select evidence and examples that directly support a topic sentence.

Arrange supporting sentences in a logical order.

Use transitions to show relationships among ideas within a paragraph.

Write a concluding sentence that provides appropriate closure without repetition.

Develop a unified academic paragraph from a brief prompt.

Revise a paragraph for focus, development, organization, and coherence.

Proofread a revised paragraph using a repeatable error-checking process.

Identify an academic text’s audience, purpose, central claim, and key support.

Distinguish summary from analysis in responses to a reading.

Annotate a reading to record claims, evidence, unfamiliar terms, and questions.

Summarize a short academic text accurately and objectively.

Analyze how one rhetorical choice supports an author’s purpose.

Narrow a broad assignment topic into a manageable writing question.

Write a specific, arguable thesis that answers a writing question.

Create an essay outline that aligns body-paragraph claims with a thesis.

Integrate a quotation into a sentence with appropriate context and grammar.

Paraphrase a source passage accurately without copying its wording or structure.

Explain how a piece of evidence supports a paragraph’s claim.

Distinguish common knowledge from information that requires citation.

Apply the assigned citation style to basic in-text citations and reference entries.

Evaluate a source for relevance, authority, currency, and purpose.

Draft an introduction that establishes context and presents the thesis.

Revise a short source-based essay for argument, evidence, organization, and style.

Use anatomical position, directional terms, planes, and body cavities to describe locations.

Relate the levels of structural organization from cells through organ systems.

Identify major cell structures and state each structure’s primary function.

Explain how diffusion, osmosis, and active transport move substances across cell membranes.

Distinguish epithelial, connective, muscle, and nervous tissue by structure and function.

Describe how tissues combine to form organs.

Explain how negative feedback maintains one selected body variable.

Apply anatomical terminology to describe a basic clinical scenario.

Trace blood flow through the chambers, valves, lungs, and major vessels of the heart.

Trace airflow from the nasal cavity to the alveoli.

Trace food through the digestive tract and identify where major digestive processes occur.

Identify the major structures of the urinary system and state their roles in urine formation and elimination.

Differentiate the central and peripheral divisions of the nervous system.

Identify the major endocrine glands and match each with a principal hormone.

Relate major skeletal structures to support, protection, and movement.

Relate major muscle groups to their primary body movements.

Follow standard laboratory safety and specimen-handling procedures in a simulated lab scenario.

Orient a specimen or model using anatomical position, planes, and directional terms.

Calculate total magnification for a compound microscope.

Bring a prepared slide into focus using a standard microscope workflow.

Distinguish common epithelial tissues in labeled and unlabeled micrographs.

Distinguish common connective tissues in labeled and unlabeled micrographs.

Distinguish skeletal, cardiac, and smooth muscle in micrographs.

Identify nervous tissue and its major visible cell features in a micrograph.

Identify selected major bones on a skeleton, model, or image.

Identify selected bone markings used for articulation or muscle attachment.

Classify selected joints by structural type and expected movement.

Identify selected superficial muscles on a model or image.

Infer a selected muscle’s primary action from its position relative to a joint.

Identify the major external and internal structures of a heart specimen or model.

Identify major respiratory, digestive, and urinary organs on models or images.

Use a systematic checklist to prepare for and complete a timed lab practical.

Distinguish carbohydrates, proteins, fats, vitamins, minerals, and water by their principal roles.

Calculate the energy provided by stated amounts of carbohydrate, protein, fat, and alcohol.

Differentiate simple and complex carbohydrates using food examples.

Distinguish saturated, unsaturated, and trans fats using food examples.

Identify complete and complementary protein sources.

Interpret serving size, nutrient amounts, and percent Daily Value on a Nutrition Facts label.

Use a standard dietary guideline to classify foods into major food groups.

Compare a one-day food record with selected dietary recommendations.

Trace the digestion and absorption of carbohydrate, protein, and fat through the gastrointestinal tract.

Estimate an adult’s energy needs using a provided equation.

Evaluate a meal for macronutrient balance, fiber, and nutrient density.

Identify reliable nutrition information using evidence and source-quality criteria.

Apply food-safety principles to storage, preparation, cooking, and cross-contamination scenarios.

Explain how energy imbalance contributes to weight change.

Modify a sample meal plan to meet one specified health or life-stage need.

Distinguish evidence-based nutrition recommendations from common diet claims.

Compare psychodynamic, behavioral, cognitive, sociocultural, and ecological perspectives on development.

Distinguish cross-sectional, longitudinal, and sequential developmental research designs.

Identify ethical requirements for research involving children and other vulnerable participants.

Explain how genes and environment interact in one developmental outcome.

Sequence major prenatal stages and identify a key developmental event in each.

Distinguish major physical, cognitive, language, and socioemotional milestones of infancy.

Apply attachment concepts to a short caregiver–infant scenario.

Apply Piaget’s concepts to a childhood reasoning example.

Explain how puberty and brain development influence adolescent behavior.

Apply identity-development concepts to an adolescent scenario.

Distinguish typical physical and cognitive changes in early, middle, and late adulthood.

Apply one adult-development theory to a work, relationship, or caregiving scenario.

Differentiate fluid and crystallized intelligence across adulthood.

Distinguish normal age-related memory changes from signs that warrant professional assessment.

Compare major theories of socioemotional development in later adulthood.

Describe typical grief processes while recognizing individual and cultural variation.