🧪Condensed Notes

🧪Understanding Vectors and Their Operations🧪Applications and Visualization of Cross Product Orthogonality🧪Vectors are Independent of Basis, Components Transform via Rotation Matrices🧪The Kronecker Delta and Permutation Symbol are Essential Tools for Vector Algebra and Geometric Inte🧪Fields as Functions Mapping Space to Physical Quantities🧪Integral Theorems: Connecting Derivatives to Boundaries🧪Vector Calculus in General and Orthogonal Coordinate Systems🧪Scalar and Vector Potentials: Decomposing Vector Fields and Their Properties🧪The Outer Product and Tensor Transformations