Differential Equations covers foundational concepts, techniques, and applications essential for solving various types of differential equations in mathematics and...
Explore the fundamentals of multivariable calculus, including vectors, integrals, and vector calculus in 2D and 3D spaces, essential for advanced mathematics.
This course provides foundational knowledge in linear algebra, covering essential concepts such as matrix theory, vector spaces, determinants, and eigenvalues for...
Engineering Mathematics covers essential applied mathematics topics crucial for engineering, including calculus, differential equations, and Fourier series, presented...
Explore the historical development of early mathematics, its origins, significant artifacts, and cultural impacts through engaging lectures from experts in the field....
Advanced Mathematical Techniques in Chemical Engineering equips students with essential skills in vector spaces, eigenvalue problems, and PDEs for chemical engineering...
Advanced Matrix Theory and Linear Algebra covers essential concepts in linear systems, vector spaces, orthogonality, and matrix properties, equipping students with...
Vector Calculus focuses on higher-level calculus concepts with applications in engineering, physics, and applied sciences, emphasizing examples and proofs.
Explore the Finite Element Method, encompassing its principles, applications, and computational techniques for solving complex engineering problems in various dimensions....
Explore Algebra from basics to advanced topics, including equations, graphing, functions, and conic sections. Perfect for beginners and those looking to strengthen...
Developmental Math offers foundational skills in mathematics, focusing on place value, rounding, comparing, and operations with whole numbers to prepare for Algebra...
Master essential pre-algebra concepts through engaging videos, preparing you for success in algebra and beyond.
Master essential Algebra I concepts through 180 detailed worked examples, enhancing problem-solving skills aligned with California Algebra I Standards.
This course covers foundational concepts in computational science and engineering, focusing on linear algebra, differential equations, and practical applications...
Mathematical Methods for Engineers II explores advanced numerical methods, optimization techniques, and initial-value problems essential for engineering applications....
The Arithmetic course covers essential math fundamentals, including addition, subtraction, multiplication, and division, preparing learners for pre-algebra.
Master fundamental calculus concepts including limits, derivatives, integrals, and vector calculus, essential for advanced mathematics and science studies.
Explore the fundamentals of linear dynamical systems, applied linear algebra, and their applications in various fields like control systems and signal processing....
Precalculus covers essential non-trigonometric concepts, focusing on limits, sequences, series, and combinatorial principles for a solid foundation in mathematics....
Calculus Revisited offers a comprehensive exploration of single-variable calculus, perfect for both beginners and those seeking to review essential concepts.