test algebraically to determine whether the equations graph is symmetric with respect to the x-axis, y-axis, or origin.

Vectors and Linearity Tuesday, September 12, 2017 11:41 AM A Vector is an object in a Vector Space. Axioms:V is a vector Space if: +: V x V--> V (u,v)--> u+v x: Reals x V--> V (c,v)--->cv Zero: 0 in V v+0=v Negative: -v+v=0 for all v in V Rules: u+v=v+u (u+v)+w=u+(v+w) r(u+v)=ru+rv (a+b)v=av+bv 1*v=v Examples:Eucledian Space Bases and Matrices Tuesday, September 12, 20112:20 PM Tangents and Derivatives Thursday, September 14, 20111:46 AM Inverse Function Theorem Thursday, September 14, 20112:48 PM