Master Linear Systems Through the Power of Matrix Algebra
This course equips you with two fundamental methods to solve systems of linear equations — the matrix inverse method and Cramer’s Rule. Learn how these tools are applied in economic modelling, resource allocation, and real-world decision-making.

Location:
Cloud Spaces ADGM
(Course may be delivered via Teams if a physical venue is unavailable)

This event offers you:
📐 A hands-on guide to representing systems as matrix equations
🔢 Walkthroughs of inverse-based and determinant-based solution methods
💬 Real-life scenarios from economics and business strategy

Don’t miss this opportunity to:
💡 Learn to solve systems in a structured, replicable way
📊 Apply matrix methods to economic and optimization problems
🧠 Strengthen your mathematical toolkit for modelling and analysis

Topics covered include:

How to represent systems as Ax = b
Solving with the matrix inverse method
Cramer’s Rule and determinant-based solutions
Examples from consumption/investment models and product optimization
Conditions for uniqueness and system solvability

This event is for:

Economists, analysts, and business professionals
Students or early-career professionals learning linear algebra
Anyone applying quantitative logic to resource allocation or modelling

Matrix Algebra 110 - Solving Linear Systems