IB AA Math 12 – Functions
LINES (or LINEAR FUNCTIONS) QUADRATICS (or QUADRATIC FUNCTIONS) FUNCTIONS, DOMAIN, …
What you'll learn
1. Lins
2. Quadratics
3. Functions Domain Range Graph
4. Composition and Inverse Function
5. Transformations
6. Asymptotes
7. Exponential Function
8. Logarithms
IB AA Math 12 – Statistics and Probability
1 BASIC CONCEPTS OF STATISTICS 2 MEASURES OF CENTRAL TENDENCY …
What you'll learn
1. Statistics - Basic Concepts
2. Linear Regression
3. Probability I (Venn Diagram)
4. Probability II (Tree Diagram)
5. Discrete Distributions in General
6. Binomial Expansion & Theorem
7. Binomial Distribution
8. Normal Distribution
-50%
Physics 12 – Energy and Momentum
This unit explores the fundamental concepts of energy and momentum …
What you'll learn
Linear Momentum & Impulse
Conservation of Momentum
Work
Types of Energy
Conservation of Energy
2.6 Collisions
-50%
What you'll learn
Motion in One Dimension
Acceleration as a Vector
Relative Motion
Projectile Motion
Newton’s Laws in 2 Dimensions
The Inclined Plane
String and Pulley Problems
Uniform Circular Motion
-50%
Vectors 12 – Applications of Vectors
Vectors are powerful mathematical tools that find applications in various …
What you'll learn
Vectors as Forces
Vectors as Velocity
The Dot Product of Two Geometric Vectors
The Dot Product of Algebraic Vectors
Scalar and Vector Projections
The Cross Product of Two Vectors
Applications of the Dot Product and Cross Product
-50%
Vectors 12 – Introduction to Vectors
The Introduction to Vectors course offers students an entry-level exploration …
What you'll learn
An Introduction to Vectors
Vector Addition and Subtraction
Multiplication of a Vector by a Scalar
Properties of Vectors
Vectors in R2 and R3
Operations with Algebraic Vectors in R2
Operations With Vectors in R3
-50%
Calculus 12 – Derivatives of Exp. and Trig. Functions
Course Overview: Calculus 12: Derivatives of Exponential and Trigonometric Functions …
What you'll learn
Derivatives of Exponential Function y=e^x
The Derivative of the General Exponential Function y=b^x
The Derivatives of y=sin(x) and y=cos(x)
The Derivative of y=tan(x)
Application of Trigonometric Function
The Derivative of Logarithmic Function
-50%
Calculus 12 – Curve Sketching
The course on Curve Sketching in Calculus provides a concise …
What you'll learn
A Increasing and Decreasing Functions
Critical Points, Local Maxima, and Local Minima
Vertical and Horizontal Asymptotes
Concavity and Points of Inflection
An Algorithm for Curve Sketching
