Scientific Studies study plan

Distinguish independent, dependent, and controlled variables in written scenarios by labeling all three for ten descriptions

Write a complete hypothesis for each of eight scenarios, stating the predicted relationship and the reasoning behind it

Identify at least three sources of random and systematic error in five described procedures

Build a personal glossary of 25 experimental-design terms with a worked example for each

Compare control groups, placebo conditions, and blinding by writing a one-paragraph contrast for each pair

Evaluate internal and external validity threats in six study abstracts and rank the threats by severity

Design a controlled experiment from scratch, including sample size rationale, randomization, and a data-collection schedule

Explain how replication and repeated trials reduce the influence of chance

Construct and interpret tables, bar graphs, line graphs, and scatter plots from raw data sets

Compute mean, median, mode, range, and standard deviation by hand for three small data sets

Distinguish correlation from causation using four real-world data examples and justify each judgment

Identify sampling bias and misleading axis scaling in five published-style figures

Connect measurement uncertainty from domain 1 to the precision reported in data summaries

Interpret error bars, confidence intervals, and significance claims in plain language without overstating results

Read a full results section and extract the claim, the evidence, and the limitation in three sentences

Detect at least two logical fallacies or statistical misuses in each of four media science summaries

Practice converting between units and significant figures in reported measurements

Apply Newton's laws to solve eight motion and force problems, showing free-body diagrams

Trace energy transformations in five systems and apply conservation of energy quantitatively

Explain atomic structure, bonding, and the periodic trends that drive chemical behavior

Describe wave properties and predict how changing frequency or amplitude alters observed behavior

Solve six problems combining density, pressure, or electric circuit relationships

Diagram the flow of matter and energy through photosynthesis and cellular respiration, labeling inputs and outputs

Explain DNA structure, replication, transcription, and translation in sequence without gaps

Predict inheritance outcomes using Punnett squares and pedigree analysis for five crosses

Describe how natural selection changes allele frequencies and identify common misconceptions

Map energy flow and trophic levels in two ecosystems and predict the effect of removing one node

Explain plate tectonics, rock cycling, and the evidence used to reconstruct Earth's history

Interpret weather maps, climate data, and seasonal patterns to make short-term predictions

Describe the scale and structure of the solar system, stars, and the universe using orders of magnitude

Analyze two case studies of technology affecting scientific progress or society, naming benefits and risks

Evaluate the ethical and environmental tradeoffs in one energy or resource decision

Complete two full-length timed practice exams under test-day conditions

Categorize every missed question by domain and by error type, then rank the top three weak areas

Re-teach each weak area by writing a short explanation and solving five targeted problems per area

Rehearse pacing and question-skipping strategy to finish each section with time to review