UNIT 9: RANDOM VARIABLES is a foundational module typically found within a course on Probability, Statistics, or Data Science. This
Tag: Combinations: MCB, MCE, MEG, MPC, MPG, PCM.
MATHEMATICS S5 UNIT 6: Vector Space of Real Numbers.
A “Vector Space of Real Numbers” course is typically a foundational course in Linear Algebra. It moves beyond the concrete
MATHEMATICS S5 UNIT 9: BIVARIATE STATISTICS.
Bivariate Statistics focuses on understanding the relationship between two variables. Unlike univariate statistics, which examines a single variable, or multivariate
MATHEMATICS S5 UNIT 4: Solving Equations by Numerical Methods.
1. Bisection Method (Interval Halving Method) Principle: This method relies on the Intermediate Value Theorem. If a continuous function f(x)
MATHEMATICS S5 UNIT 5: Trigonometric Functions and Their Inverses.
Trigonometric functions and their inverses are fundamental concepts in mathematics, particularly in pre-calculus, calculus, and their applications in science and
MATHEMATICS S5 UNIT 7: Matrices and Determinant of Order 3.
Matrices and determinants of order 3 are fundamental concepts in linear algebra, playing crucial roles in various mathematical and scientific
MATHEMATICS S5 UNIT 8: Points, Straight Lines, Planes and Sphere in 3D.
The course “Points, Straight Lines, Planes and Sphere in 3D” is a fundamental topic in three-dimensional analytical solid geometry. It’s
MATHEMATICS S5 UNIT 10: Conditional Probability and Bayes Theorem.
Conditional probability and Bayes’ Theorem are fundamental concepts in probability theory and statistics, allowing us to update our beliefs about
MATHEMATICS S6 UNIT 5: Differential Equations.
What is a Differential Equation? At its core, a differential equation is an equation involving: An unknown function (often denoted
MATHEMATICS S6 UNIT 6: Intersection and Sum of Subspaces.
In linear algebra, the concepts of Intersection and Sum of Subspaces are fundamental operations that allow us to combine and