Exam Preparation and Test-Taking Tips

Test-Taking Strategies

• Importance of reading comprehension during tests

  • Confusing Wording: Sometimes the wording in test questions is intentionally confusing.
  • Reading Strategy:
    • Quick initial read of the question to get a general sense.
    • Fast overview of answer choices to frame understanding of the question.
    • Return to the question to identify key terms and what it genuinely asks for.

• Utilizing previous answers to inform later questions

  • Example of Question Nine:
    • Inputs for the citric acid cycle can be inferred from knowledge of pyruvate oxidation leading directly into it.
    • Identifying the correct answer based on the process knowledge, demonstrating how to work backwards from known concepts.

• Cross-referencing and triangulating answers

  • Example involving earthworm questions:
    • In case of uncertainty about facts (e.g. details about earthworms), if one question is about identifying a false statement among true ones, the correct answer for the second question can often be deduced from the first.

• Answer elimination technique

  • Encourage actively crossing out answers.
  • Writing on the test is encouraged and helps strategize answers.
  • Example of Answer Elimination:
    • If unsure of an answer, using knowledge of concepts like aerobic respiration and its relation to oxygen can help eliminate incorrect answer choices, increasing the odds of guessing correctly.
    • Example statistics: Narrowing down to three answers results in a 33% chance, two answers zeros in on a 50% chance.

• Preparing for unstructured meetings

  • For future gatherings, students should come prepared with specific questions instead of broad topics.
    • Engage in discussions about focused topics (e.g. activation energy and its diagrams) to make the meeting productive.

Formatting and Answering Exam Questions

• Specific formatting guidance for the exam, particularly for questions involving mRNA and amino acids

  • Possible answer formats:
    • Listing amino acids (e.g., meth, gly, gly, hiss, flu) with or without separators like dashes or commas.
  • Notice that it is assumed the last listed amino acid is a stop codon so writing it explicitly is not necessary.
  • Full points are awarded if the answer begins and ends appropriately with correct amino acids.
  • Grading leniency on format means students should not overly stress about presentation as long as communication is clear.

• Handling true/false type questions

  • When encountering true/false questions, students should look for oppositional pairs.
    • Example framework: If asked which of the following statements is true, identifying opposites can help drastically narrow down choices (e.g., "the sky is blue" vs. "the sky is pink" implies one statement is false).

Study Techniques Before Tests

• Info Dumping Technique:

  • As part of exam preparation, spend 30 minutes to an hour before the test mentally recalling and writing down vital information (especially challenging topics like photosynthesis).
  • Write down essential terms like photosystem II, photosystem I, Calvin cycle, inputs, outputs etc., on the front page of the exam to serve as a review trigger for memory.
  • Key Strategy: In practical lab settings, start with questions not involving practical demonstrations to aid mental recall.

• Wrap-up and Action Items

  • Anticipate any lingering questions and prepare to address them in future meetings.
  • Consider creating a final review worksheet to enhance understanding and retention of materials in a structured manner.
  • Recognize the privilege of pursuing education and the gratitude that can be derived from challenging coursework despite its demands.

Conclusion

• Reiterate the importance of preparation, strategy deployment, and adapting to the structure of tests and quizzes as a pathway to academic success.
• Encourage embracing the learning journey as an opportunity for growth rather than merely a struggle.