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Long FRQs
2 questions (8–10 points each) focus on integrating biological concepts with experimental data.
Short FRQs
4 questions (4 points each) that require concise answers to specific questions.
Partial credit
Awarded for attempts; important to try every part of an FRQ.
Identify
Provide a brief, specific answer to a question.
Describe
Provide key details while avoiding unnecessary information.
Explain
Address the 'how' or 'why' of a process, linking evidence to outcomes.
Predict
Anticipate an outcome based on given conditions.
Calculate
Show all work, including equations and units, to arrive at a numerical answer.
Justify
Support your claim with reasoning or data.
Independent Variable
The factor that is manipulated in an experiment.
Dependent Variable
The outcome that is measured in an experiment.
Control Variables
Factors that are kept constant during an experiment.
Graphing
Key steps include labeling axes, providing a title, plotting points clearly, and describing trends.
Conciseness in Short FRQs
Responses should be 1-3 complete sentences.
Cellular Respiration
Includes glycolysis, Krebs cycle, and oxidative phosphorylation.
Photosynthesis
The process that converts light energy into chemical energy.
Mendelian Inheritance
The principles predicting phenotypic ratios using Punnett squares.
Trends in Data Analysis
Look for increases, decreases, plateaus, or anomalies in graphical data.
Practice FRQs
Using past exam questions to familiarize with FRQ types and practice conditions.
Scientific Reasoning
Providing reasoning in responses, even if not explicitly asked.
Time Management
Suggestions for how long to spend on long and short FRQs.