Addis Edu Tech Solutions

Mathematics Courses Algebra I and II Linear Equations Quadratic Functions Polynomials Geometry Euclidean Geometry Coordinate Geometry Trigonometry Calculus Differential Calculus Integral Calculus Multivariable Calculus Statistics and Probability Descriptive Statistics Inferential Statistics Probability Theory Linear Algebra Matrices and Determinants Vector Spaces Eigenvalues and Eigenvectors Discrete Mathematics Logic and Set Theory Combinatorics Graph Theory

Physics Courses with Programming Computational Physics Overview: Introduction to numerical methods and computational techniques for solving physics problems. Programming Languages: Python, Matlab, C++ Topics: Numerical Integration and Differentiation Solving Ordinary Differential Equations Monte Carlo Simulations Modeling Physical Systems Mechanics with Python Overview: Applying Python programming to classical mechanics problems. Programming Languages: Python Topics: Kinematics and Dynamics Simulations Projectile Motion Harmonic Oscillators Rigid Body Dynamics Electromagnetism and Programming Overview: Use of programming to solve and visualize electromagnetism problems. Programming Languages: Python, Matlab Topics: Electric and Magnetic Fields Simulations Solving Maxwell’s Equations Numerically Circuit Analysis and Simulations

Chemistry Courses with Programming Computational Chemistry Overview: Introduction to computational methods in chemistry to model and predict chemical behavior. Programming Languages: Python, Matlab, Fortran Topics: Quantum Chemistry Molecular Dynamics Monte Carlo Simulations Density Functional Theory (DFT) Chemical Informatics Overview: Use of informatics and data analysis techniques to manage and analyze chemical data. Programming Languages: Python, R Topics: Chemical Databases Data Mining and Machine Learning in Chemistry Chemoinformatics Algorithms Visualization of Chemical Data Molecular Modeling and Simulation Overview: Computational approaches to modeling molecular structures and dynamics. Programming Languages: Python, C++, Matlab Topics: Molecular Mechanics Force Fields Molecular Dynamics Simulations Structure Prediction Quantum Chemistry with Programming Overview: Application of programming to solve problems in quantum chemistry. Programming Languages: Python, Fortran Topics: Schrödinger Equation Solutions Hartree-Fock Method Post-Hartree-Fock Methods Basis Sets and Gaussian Functions