Prove the linear system of finding the least squares solution is always consistent Lynn G published on 2022-02-02 included in category Linear Algebra
Discussion of Green's Theorem (3) Lynn G published on 2022-01-01 included in category Calculus 1 Question:Evaluate ∫Cxdy−ydxπ(x2+y2), \int_C\frac{xdy-ydx}{\pi(x^2+y^2)}, ∫Cπ(x2+y2)xdy−ydx,where $C_1$ is the circle $(x-1)^2+y^2=9$, traced in the anti-clockwise direction.
Discussion of Green's Theorem (2) Lynn G published on 2022-01-01 included in category Calculus 1 Question:Evaluate ∫Cxdy−ydxπ(x2+y2), \int_C\frac{xdy-ydx}{\pi(x^2+y^2)}, ∫Cπ(x2+y2)xdy−ydx,where $C$ is a unit circle with centre $(0,0)$, traced in the anti-clockwise direction.
