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The purpose of this course is to enable students to develop their mathematics knowledge and skills in algebra, trigonometry, and using functions as a unifying theme.  Concepts will include a better understanding of graphs, polynomial and rational functions. An introduction of topics will include trigonometric and circular functions, exponential and logarithmic functions, and probability.

Algebra 1 is a foundational high school mathematics course focusing on algebraic expressions, linear equations, functions, and quadratic relationships. Students learn to model real-world scenarios, solve systems of equations, analyze data, and manipulate polynomials, building essential skills for advanced mathematics. The course emphasizes understanding functions (linear, exponential, quadratic) and their graphs

This course provides an introduction to the study of matter and the changes it undergoes; and an introduction to the nature and combinations of matter: from the sub-atomic to molecules and compounds. Students learn about atomic theory, the Periodic Table, bonding, chemical reactions, stoichiometry, gases, and acids and bases.

Physical Science is designed to serve as a foundation for other high school courses, especially chemistry and physics.  Physics units include Newton’s 3 laws of motion, forces, scientific definitions of work and power, momentum, conservation and conversions of energy, relationships between electricity and magnetism, and wave phenomena and behavior (including characteristics and calculations) including electromagnetic and sound waves.  Chemistry units include composition and classification of matter, history of atomic structure up to present day model, learning the periodic table to include, but not limited to: all chemical symbols, patterns, trends and isotopes, chemical bonding, compound naming, and chemical reactions. 

Physical Science is designed to serve as a foundation for other high school courses, especially chemistry and physics.  Physics units include Newton’s 3 laws of motion, forces, scientific definitions of work and power, momentum, conservation and conversions of energy, relationships between electricity and magnetism, and wave phenomena and behavior (including characteristics and calculations) including electromagnetic and sound waves.  Chemistry units include composition and classification of matter, history of atomic structure up to present day model, learning the periodic table to include, but not limited to: all chemical symbols, patterns, trends and isotopes, chemical bonding, compound naming, and chemical reactions. 

Environmental science is an extremely broad and multidisciplinary field that extends well beyond addressing questions related to the structure and function of the natural environment by chemists, biologists, physicists, and geologists.  The human population, including its cultures and societies, is a dominant force on Earth; hence, disciplines of the social sciences and humanities are integral to understanding the human influences on the environment and essential for providing solutions to negative impacts that effect human health and sustainability of natural resources.   This course will define the ecosystem concept, explore the role of the human population as a driving force for environmental change, detail specific problems concerning the environment and human health consequences, and overview various means of solving environmental problems and maintaining sustainability.  Overall, students should gain appreciation for the roles of sound science and personal stewardship in sustainability of Earth’s finite resources.