![Plane / Projective geometry / Linear algebra / Elliptic curve cryptography / Point on plane closest to origin / Homogeneous coordinates / Geometry / Euclidean geometry / Surfaces Plane / Projective geometry / Linear algebra / Elliptic curve cryptography / Point on plane closest to origin / Homogeneous coordinates / Geometry / Euclidean geometry / Surfaces](https://www.pdfsearch.io/img/a4c0a111eb84fe4df30385d13cdd5719.jpg) Date: 2015-01-29 03:05:22Plane Projective geometry Linear algebra Elliptic curve cryptography Point on plane closest to origin Homogeneous coordinates Geometry Euclidean geometry Surfaces | | MATH2014 Multivariable Calculus and Linear Algebra Assignment 1 Due date: 5 February, Show that for every real number k, the plane (x − 2y + z + 3) + k(2x − y − z + 1) = 0 contains the line of intersection
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