Worksheets for High School

Free printable worksheets for high school for High School. Browse teacher-made PDF resources — instant download, no paywall for the first 50 downloads every month.

Define problems, criteria, and constraints for engineering design challenges.

Worksheets

Compare design solutions using test data and evidence-based tradeoffs.

Worksheets

Classify materials by observable properties, composition, and particle behavior.

Worksheets

Explain physical and chemical changes using evidence from substances and reactions.

Worksheets

Describe motion with position, speed, velocity, acceleration, and graphs.

Worksheets

Use force models to explain balanced forces, unbalanced forces, and collisions.

Worksheets

Trace transfers and transformations of thermal, kinetic, potential, and electrical energy.

Worksheets

Compare wave properties and explain how waves transmit energy and information.

Worksheets

Describe structures and functions of cells, organs, and body systems.

Worksheets

Explain how organisms meet needs for energy, growth, reproduction, and survival.

Worksheets

Explain how rocks, landforms, water, and geologic processes change Earth's surface.

Worksheets

Use maps, models, and data to describe Earth's materials and systems.

Worksheets

Use weather observations and data patterns to describe atmospheric conditions.

Worksheets

Compare weather, climate, seasons, and human impacts on Earth systems.

Worksheets

Model patterns of the Sun, Moon, Earth, planets, and stars.

Worksheets

Explain day-night, seasons, phases, eclipses, and scale in space systems.

Worksheets

Build and revise models that explain evidence and predict outcomes.

Worksheets

Construct claims supported by evidence and scientific reasoning.

Worksheets

Evaluate explanations for accuracy, sufficiency of evidence, and limitations.

Worksheets

Analyze how science and technology influence decisions, resources, and communities.

Worksheets

Worksheets for High School

Define problems, criteria, and constraints for engineering design challenges.

Compare design solutions using test data and evidence-based tradeoffs.

Classify materials by observable properties, composition, and particle behavior.

Explain physical and chemical changes using evidence from substances and reactions.

Describe motion with position, speed, velocity, acceleration, and graphs.

Use force models to explain balanced forces, unbalanced forces, and collisions.

Trace transfers and transformations of thermal, kinetic, potential, and electrical energy.

Compare wave properties and explain how waves transmit energy and information.

Describe structures and functions of cells, organs, and body systems.

Explain how organisms meet needs for energy, growth, reproduction, and survival.

Use evidence to distinguish inherited traits, acquired traits, and variation.

Model inheritance patterns with genes, alleles, and Punnett-square reasoning.

Analyze relationships among organisms, resources, and environmental conditions.

Trace matter and energy through food webs and ecosystem cycles.

Explain how rocks, landforms, water, and geologic processes change Earth's surface.

Use maps, models, and data to describe Earth's materials and systems.

Use weather observations and data patterns to describe atmospheric conditions.

Compare weather, climate, seasons, and human impacts on Earth systems.

Model patterns of the Sun, Moon, Earth, planets, and stars.

Explain day-night, seasons, phases, eclipses, and scale in space systems.

Build and revise models that explain evidence and predict outcomes.

Construct claims supported by evidence and scientific reasoning.

Evaluate explanations for accuracy, sufficiency of evidence, and limitations.

Analyze how science and technology influence decisions, resources, and communities.