Science

Scientific Thinking

Develop the critical thinking skills behind the scientific method. Learn to observe, hypothesize, experiment, and draw evidence-based conclusions.

1

Observation

The starting point of science

Lesson 1: Making Observations Coming Soon
Lesson 2: Qualitative vs Quantitative Coming Soon
Lesson 3: Recording Observations Coming Soon
2

Hypothesis

Forming testable predictions

Lesson 4: What Makes a Good Hypothesis? Coming Soon
Lesson 5: If-Then Statements Coming Soon
Lesson 6: Null & Alternative Hypotheses Coming Soon
3

Experimental Design

Planning rigorous experiments

Lesson 7: Components of an Experiment Coming Soon
Lesson 8: Randomization Coming Soon
Lesson 9: Replication & Sample Size Coming Soon
4

Variables & Controls

Identifying what to test and control

Lesson 10: Independent Variables Coming Soon
Lesson 11: Dependent Variables Coming Soon
Lesson 12: Control Groups Coming Soon
5

Data Collection

Gathering reliable measurements

Lesson 13: Measurement Tools Coming Soon
Lesson 14: Accuracy vs Precision Coming Soon
Lesson 15: Recording & Organizing Data Coming Soon
6

Analyzing Results

Making sense of experimental data

Lesson 16: Descriptive Statistics Coming Soon
Lesson 17: Graphs & Charts Coming Soon
Lesson 18: Identifying Patterns Coming Soon
7

Drawing Conclusions

Interpreting results logically

Lesson 19: Supporting or Rejecting Hypotheses Coming Soon
Lesson 20: Correlation vs Causation Coming Soon
Lesson 21: Limitations & Sources of Error Coming Soon
8

Peer Review

The scientific community's quality check

Lesson 22: What is Peer Review? Coming Soon
Lesson 23: Evaluating Scientific Papers Coming Soon
Lesson 24: Reproducibility Coming Soon
9

Ethics in Science

Responsible conduct of research

Lesson 25: Research Ethics Coming Soon
Lesson 26: Data Integrity Coming Soon
Lesson 27: Science & Society Coming Soon