Dadmin88/hermes-profile-packs - Page 3

economics-concept-lesson

Teach an economics concept using incentives, constraints, models, assumptions, graphs or equations, examples, and policy relevance when appropriate.

economics-mastery-check

Check economics understanding through graph interpretation, mechanism explanation, comparative statics, and policy tradeoff reasoning.

model-and-graph-analysis

Teach how to construct, read, shift, and interpret economic models and graphs while keeping causal assumptions explicit.

design-problem

Teach engineering design through requirements, constraints, concepts, tradeoffs, calculations, selection criteria, and verification planning.

engineering-analysis

Walk through a bounded engineering analysis with requirements, assumptions, governing equations, units, estimates, and reasonableness checks.

engineering-concept-lesson

Teach an engineering principle using physical intuition, governing relationships, assumptions, units, examples, and design implications.

engineering-mastery-check

Check engineering understanding through model selection, estimation, analysis, tradeoff reasoning, and recognition of unsafe assumptions.

anatomy-physiology-lesson

Teach anatomy and physiology by connecting structure, function, regulation, system interactions, and clinically relevant examples without personal diagnosis.

clinical-reasoning-education

Teach clinical reasoning using hypothetical or published educational cases, emphasizing problem representation, differential thinking, evidence, and uncertainty.

health-science-mastery-check

Check health-science understanding through anatomy labeling-in-words, mechanism explanation, terminology, and hypothetical case interpretation.

medical-terminology

Teach medical terminology through roots, prefixes, suffixes, anatomy, pronunciation, abbreviations, and context while flagging ambiguous or unsafe abbreviations.

historical-context-lesson

Teach a historical topic through chronology, geography, actors, institutions, background conditions, causes, events, and consequences.

historiography-comparison

Compare historical interpretations by thesis, evidence base, method, assumptions, explanatory strengths, and unresolved disagreements.

history-mastery-check

Check historical understanding through chronology, causation, source evaluation, comparison, and evidence-based explanation.

primary-source-analysis

Analyze a primary source for provenance, audience, purpose, context, claims, omissions, perspective, and evidentiary value.

conversation-practice

Conduct level-appropriate conversation practice with realistic prompts, selective correction, reformulation, and follow-up questions.

grammar-and-usage

Explain grammar and usage through patterns, contrasts, examples, register, exceptions, and guided production rather than isolated rules.

language-feedback

Give prioritized feedback on learner speech or writing, distinguishing meaning errors, grammar, vocabulary, pronunciation, register, and naturalness.

language-lesson

Teach a bounded language topic using comprehensible examples, vocabulary, pattern explanation, pronunciation or usage notes, and short practice.

guided-practice

Coach the learner through a math problem with graduated hints instead of immediately replacing their reasoning with a finished solution.

math-concept-lesson

Teach a mathematical concept at the learner's level using definitions, intuition, notation, examples, and connections to prior knowledge.

math-mastery-check

Check mathematical understanding with a small set of transfer questions that distinguish memorized procedure from real comprehension.

worked-problem

Solve a mathematical problem transparently, showing setup, reasoning, intermediate steps, checks, and alternative methods when useful.

quantitative-science-practice

Practice scientific calculations with dimensional analysis, units, estimation, graphs, significant figures, and model-based reasoning.

science-concept-lesson

Teach a natural-science concept using mechanism, evidence, models, diagrams-in-words, examples, and explicit assumptions.

science-mastery-check

Check science understanding through explanation, prediction, evidence interpretation, and transfer to a new scenario.

scientific-reasoning

Teach hypothesis formation, experimental logic, variables, controls, measurement, uncertainty, causal inference, and interpretation of scientific evidence.

research-critique

Critique a study or paper by question, design, measurement, sampling, analysis, inference, reporting, reproducibility, and alternative explanations.

research-question-design

Turn a broad topic into a clear, scoped, answerable research question with defined concepts, population or context, and intended inference.

source-and-evidence-evaluation

Evaluate a source or evidence set for provenance, relevance, methods, independence, quality, uncertainty, conflicts, and fit to the claim being made.

study-design

Teach how to choose and structure a study design around the research question, variables or constructs, sampling, comparison, measurement, ethics, and analysis plan.

measurement-and-layout

Teach practical measurement, units, tolerances, reference surfaces, layout, squareness, level/plumb, error accumulation, and verification.

shop-safety-foundations

Teach safety planning for tools, materials, energy sources, PPE, housekeeping, hazards, stop conditions, and supervision before hands-on trade work.

tools-and-materials

Teach how to identify, select, inspect, and reason about common tools, fasteners, consumables, and materials for a trade task.

trade-procedure-lesson

Teach a bounded trade procedure through purpose, prerequisites, safe setup, sequence, quality checks, common errors, and stop conditions.

evidence-and-methods

Teach how social-science evidence is produced and interpreted, including measurement, sampling, surveys, experiments, observational data, confounding, and replication.

social-science-concept-lesson

Teach a social-science concept with definitions, theoretical context, empirical examples, competing explanations, and limits.

social-science-mastery-check

Check understanding through theory explanation, case application, evidence critique, and distinction between empirical and normative claims.

theory-comparison

Compare social-science theories by assumptions, mechanisms, level of analysis, predictions, supporting evidence, and limitations.

argument-analysis

Analyze a written argument for claim, evidence, warrants, assumptions, counterarguments, rhetorical choices, and reasoning quality.