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NYS Regents Biology
Biology is a New York State Education Department–approved Regents course that focuses on the study of living systems and their interactions with the environment. Major topics include cellular structure and function, genetics, evolution, ecology, and human body systems. Students develop scientific inquiry, critical thinking, and data analysis skills through hands-on laboratory investigations and scientific modeling.
NYS Regents Earth and Space Science
Earth and Space Science is a New York State Education Department–approved Regents course that examines the physical processes of Earth and the universe. Topics include geology, weather and climate, astronomy, and environmental science. Students develop scientific inquiry, data analysis, and problem-solving skills through hands-on investigations and the use of scientific models.
NYS Regents Chemistry
Chemistry is aligned to the New York State Science Learning Standards (NYSSLS) and focuses on helping students understand how matter behaves and changes at the atomic and molecular level. Students explore topics such as the structure of atoms, chemical reactions, energy changes, and the properties of substances, while also developing skills in scientific reasoning, data analysis, and laboratory investigation.
The course emphasizes making sense of real-world phenomena . For example, why reactions occur, how materials interact, and how energy is transferred during chemical processes. Students learn to analyze data, interpret models, design and carry out investigations, and use evidence to support scientific explanations.
The Regents examination reflects this shift by assessing not only content knowledge, but also students’ ability to apply concepts, interpret data, and reason scientifically. This prepares students for advanced science coursework, health and environmental decision-making, and careers in science, engineering, medicine, and technology.
NYS Regents Physics
Physics is aligned to the New York State Science Learning Standards (NYSSLS) and focuses on helping students understand the fundamental laws that govern motion, forces, energy, waves, and interactions in the physical universe. Students investigate topics such as motion and forces, energy transfer, electricity and magnetism, and wave behavior through hands-on activities, data analysis, and problem-solving.
The course emphasizes understanding how and why physical systems behave the way they do from the motion of everyday objects to the behavior of light and electrical systems. Students learn to use mathematical reasoning, models, and evidence to explain physical phenomena and solve real-world problems.