Distinguish between scientific laws, theories, and principles, and understand that science makes testable predictions open to revision.
Using scientific thinking to debunk eclipse myths.
Categorizing abstract epistemology (laws vs theories) requires a structured matrix.

What it does: Describes a regular pattern observed in nature.
Example: Newton's laws explaining the jerk when a bus stops.
What it does: Explains why patterns occur, based on evidence.
Example: Atomic theory explaining how molecules are formed.
What it does: Gives broad guiding ideas that help us make sense of a situation.
Example: Conservation of energy applied when climbing up stairs.
Definitions of the three main structural concepts in science.
As we organize our understanding of the world, we use specific terms to categorize scientific ideas. These are not interchangeable words; they have distinct meanings in the world of science.
How science anticipates outcomes, and why forecasts fail.
One of the most remarkable strengths of science is its ability to make predictions. When laws, theories, and models are well established, they allow us to anticipate what will happen under new conditions before we even perform an experiment.
Flashcards for law, theory, and principle.
Matching exercise for epistemology terms.
Terms
Definitions