Level 4 – Grades 7 & 8
Level 4 Suggested Prerequisite Understanding – Our courses are designed with the following assumptions of student knowledge:
Exposure to Scientific Notation
Setting ratios, comparing ratios
Exposure to solving for unknowns in equivalent ratios
Solving for one unknown in an algebraic equation
Graphing Skills: determine scale for coordinate axes, properly drawing and labeling axes
level 4 math
Exploring the early discoveries in astronomy and navigation, students will learn the methods and techniques developed by mathematicians to measure and define both the earth and the heavens. Tracking advances through time students will follow the discovery of modern trigonometry.
What is infinity and exactly how big is it? Students will explore the different concepts of infinity using set theory. This course will combine a hands-on approach with mathematical analysis to approach the axiomatic systems that contextualize infinity.
In this course students will examine the matrix as a 2D numerical object and develop an understanding of the arithmetic possibilities of such an object. Examining application in linear systems of equations and computer programming students will learn tools to analyze and process multi-dimensional data.
From linear and quadratic equations to the infinite summation, polynomials are fundamental tools for describing the world around us. In this course, students investigate polynomials of varying degrees learning how to identify their graphical qualities and how to manipulate them algebraically.
In this course students explore the mathematical principles behind statistics and data analysis. Using probability and random variables students will analyze real data sets and use mathematics to draw conclusions about real-world scenarios.
Students will study a lot of the extra buttons on their scientific calculator: what they mean, how they are used and how to graph them. Powers, logarithms, natural logarithms, trigonometric functions and more!
Syllabus coming soon.
level 4 science
Engines and Entropy
Engines and Entropy ties together many physical science phenomena. Students are introduced to the concepts of force and pressure to understand how the atmosphere, full of gases in the air such as oxygen and carbon dioxide, exert a force, and hence pressure, on all objects. Scientists can manipulate this force to store it for later use or make it do useful things! Students begin with simple experiments relating pressure, volume, and temperature of a gas. They then learn about entropy, the idea that a system is always increasing in disorder or randomness. It is a thermodynamic and statistical quantity that helps us predict the system’s ability to perform useful work. Engines are machines that convert one form of energy into mechanical energy. From the simplest of engines like the catapult to steam engines to internal combustion engines, they all take advantage of the thermodynamic relationships between pressure, volume, temperature, and entropy to produce force and motion.
syllabus coming soon.
Through a series of observations of rock types and patterns, a dynamic story of our earth emerges. Students discover plate tectonics – one of the greatest scientific theories, ever, that aims to explain the shape of continents and the nature of the landforms on them.
Through the study of fossils, comparative anatomy, and genetics, students compile evidence for the interrelatedness of species and life on earth. Out of their analysis, Darwin's theory of evolution by natural selection is assessed.
This laboratory chemistry course allows students to conduct the major historical experiments that led to the grandest achievement in chemistry: the assembly of all the matter in the universe into a periodic table that ultimately expresses all chemical principles.
Our foundational science course, bringing one of nature's most fascinating realities into the palm of your students' hands. This study of quantum physics is an unforgettable journey.
Living organisms are composed of unique molecules that are not found in non-living things. The molecular basis of life boils down to an organism’s makeup of proteins, carbohydrates, lipids, and nucleic acids. Biochemistry studies the structure and function of these important molecules of life.