AP Environmental Science Practice Test

A working knowledge of basic algebra for calculations (e.g., percent change, population growth) and fundamental chemistry concepts (e.g., pH, chemical reactions in cycles) is essential. However, the math is not advanced calculus, and the chemistry is applied in context. The exam emphasizes the *application* of these skills to environmental problems more than performing complex computations in isolation.

While the exam tests established scientific principles, the free-response questions often use contemporary environmental issues or data as the context. You are not expected to memorize specific news events, but familiarity with major ongoing topics (e.g., renewable energy trends, international climate agreements, major pollution cases) helps in quickly understanding scenarios and formulating relevant examples in your responses.

No. Memorization of key terms, cycles, and laws is necessary but insufficient. The majority of the exam, especially the free-response section, assesses your ability to *apply* knowledge, analyze data, propose solutions, and evaluate trade-offs. You must move beyond 'what' to 'how' and 'why.'

Treat it like a structured argument. Read the provided documents (text, data, diagrams) carefully, identifying the main claim or data trend in each. Your response should synthesize evidence from multiple documents to support your thesis, explicitly citing them (e.g., "as shown in Document 1..."). Always connect the evidence back to core environmental science principles.

Failing to read questions thoroughly and answer what is actually asked. In free-response questions, students often provide general information instead of directly addressing the command term (e.g., 'calculate,' 'explain,' 'justify'). Underline key verbs in the prompt and ensure each part of a multi-part question receives a direct response.