Moocable is learner-supported. When you buy through links on our site, we may earn an affiliate commission.

Pre-Calculus

via Brilliant

Description

Where will a cannonball land after firing? How does a harmonograph create art? How can logarithm scales help us represent the universe? Through motivating questions and interactive graphing, you’ll learn pre-calculus without relying on memorization.

By the end of this course, you’ll have mastered the foundational skills for working with exponential equations, logarithms, conic sections, and parametric equations.

Tags

Syllabus

  • Conic Sections: Slice a cone and open a whole new class of curves.
    • Circles: Explore circles and their equations on the coordinate plane.
    • Ellipses: Stretch circles into ellipses and understand the relationship between an ellipse's foci and its function.
    • Parabolas: Learn different ways to define parabolic curves.
    • Hyperbolas: Explore this unique conic section that comes in two pieces.
  • Exponentials: It gets large (or small) faster than you might think!
    • Laws for Exponents: Explore the rules for combining exponential terms by thinking about exponents as repeated multiplication.
    • Exponential Growth: Discover the power of exponential growth.
    • Graphs and Finance: Explore fast-growing exponential functions used to model growth in finance.
    • Doomsday Scenarios: Explore what happens when populations are overtaken by doomsday infections that propagate exponentially.
  • Logarithms: Invert exponentials to get these.
    • Defining Logarithms: Get started with the basic ideas behind logarithms.
    • Graphing Logarithms: What does a log look like when you graph it?
    • Log Scales: Practice the application of log scales.
    • Log Arithmetic: Add, subtract, and multiply with logarithms.
    • Log Equations: Solve for x when a logarithm is involved.
  • Parametric Equations: Separate the horizontal and the vertical.
    • Parametric Paths on a Grid: Describe horizontal and vertical motion with equations.
    • Lines: Use two equations to track a point on a line.
    • Projectiles: Unleash more parametric power to hurl objects through the air.
    • Pendulums: Join conic sections with parametric equations and preview trigonometry along the way.

Online Courses

Brilliant

  • Type
    Online Courses
  • Provider
    Brilliant

Where will a cannonball land after firing? How does a harmonograph create art? How can logarithm scales help us represent the universe? Through motivating questions and interactive graphing, you’ll learn pre-calculus without relying on memorization.

By the end of this course, you’ll have mastered the foundational skills for working with exponential equations, logarithms, conic sections, and parametric equations.

  • Conic Sections: Slice a cone and open a whole new class of curves.
    • Circles: Explore circles and their equations on the coordinate plane.
    • Ellipses: Stretch circles into ellipses and understand the relationship between an ellipse's foci and its function.
    • Parabolas: Learn different ways to define parabolic curves.
    • Hyperbolas: Explore this unique conic section that comes in two pieces.
  • Exponentials: It gets large (or small) faster than you might think!
    • Laws for Exponents: Explore the rules for combining exponential terms by thinking about exponents as repeated multiplication.
    • Exponential Growth: Discover the power of exponential growth.
    • Graphs and Finance: Explore fast-growing exponential functions used to model growth in finance.
    • Doomsday Scenarios: Explore what happens when populations are overtaken by doomsday infections that propagate exponentially.
  • Logarithms: Invert exponentials to get these.
    • Defining Logarithms: Get started with the basic ideas behind logarithms.
    • Graphing Logarithms: What does a log look like when you graph it?
    • Log Scales: Practice the application of log scales.
    • Log Arithmetic: Add, subtract, and multiply with logarithms.
    • Log Equations: Solve for x when a logarithm is involved.
  • Parametric Equations: Separate the horizontal and the vertical.
    • Parametric Paths on a Grid: Describe horizontal and vertical motion with equations.
    • Lines: Use two equations to track a point on a line.
    • Projectiles: Unleash more parametric power to hurl objects through the air.
    • Pendulums: Join conic sections with parametric equations and preview trigonometry along the way.

Related Courses