Praxis 5572 Courses

* Understand the Praxis 5572 structure, 150-minute testing period, selected-response formats, content weighting, and available reference information.

* Apply scientific inquiry and engineering practices involving experimental design, variables, measurement, models, evidence, error analysis, and data interpretation.

* Explain matter, energy, forces, waves, heat transfer, electromagnetic radiation, and other physical science principles connected to Earth systems.

* Identify minerals and rocks and explain the rock cycle, natural-resource formation, extraction, distribution, use, and environmental impact.

* Analyze Earth’s interior, plate tectonics, earthquakes, volcanoes, mountain building, seafloor spreading, faults, and surface-changing processes.

* Interpret fossils, rock layers, radiometric dating, geologic maps, and evidence used to reconstruct Earth’s physical and biological history.

* Explain the water cycle, groundwater, glaciers, ocean properties, currents, waves, tides, coastal processes, and hydrosphere interactions.

* Analyze atmospheric structure, weather systems, severe weather, climate controls, global circulation, and long-term environmental change.

* Explain the Earth-Moon-Sun system, solar-system formation, planetary properties, stellar evolution, galaxies, and major models of the universe.

* Apply Earth and space science knowledge to teaching scenarios, student misconceptions, classroom investigations, models, assessments, and Praxis-style questions.

* Understand the Praxis 5572 structure, 150-minute testing period, selected-response formats, content weighting, and available reference information.

* Apply scientific inquiry and engineering practices involving experimental design, variables, measurement, models, evidence, error analysis, and data interpretation.

* Explain matter, energy, forces, waves, heat transfer, electromagnetic radiation, and other physical science principles connected to Earth systems.

* Identify minerals and rocks and explain the rock cycle, natural-resource formation, extraction, distribution, use, and environmental impact.

* Analyze Earth’s interior, plate tectonics, earthquakes, volcanoes, mountain building, seafloor spreading, faults, and surface-changing processes.

* Interpret fossils, rock layers, radiometric dating, geologic maps, and evidence used to reconstruct Earth’s physical and biological history.

* Explain the water cycle, groundwater, glaciers, ocean properties, currents, waves, tides, coastal processes, and hydrosphere interactions.

* Analyze atmospheric structure, weather systems, severe weather, climate controls, global circulation, and long-term environmental change.

* Explain the Earth-Moon-Sun system, solar-system formation, planetary properties, stellar evolution, galaxies, and major models of the universe.

* Apply Earth and space science knowledge to teaching scenarios, student misconceptions, classroom investigations, models, assessments, and Praxis-style questions.