CALCULATOR
2D Linear Combination Component Calculator
2D Linear Combination Component. Coordinate: 0=x, 1=y: x coordinate, y coordinate only. Example: X1: 1 number, Y1: 2 number, X2: 3 number, Y2: 4 number, S: 2 number, T: 3 number, Coordinate: 0=x, 1=y: 0 number gives 11 number. Real bounded inputs with supplied units; numerical selected result only. Original useful product scope; historical catalog title does not grant missing modes or source parit
Real bounded inputs with supplied units; numerical selected result only. Original useful product scope; historical catalog title does not grant missing modes or source parity. Derivation: Scalar multiplication distributes over Cartesian components.
Accepted inputs: X1: -100 to 100 number; Y1: -100 to 100 number; X2: -100 to 100 number; Y2: -100 to 100 number; S: -10 to 10 number; T: -10 to 10 number; Coordinate: 0=x, 1=y: choose x coordinate (0), y coordinate (1).
How the calculation works
w=s u+t v
Worked example
With x1 1 number, y1 2 number, x2 3 number, y2 4 number, s 2 number, t 3 number, coordinate: 0=x, 1=y x coordinate, 2d linear combination component is 11 number.
Assumptions and limits
Real bounded inputs with supplied units; numerical selected result only. Original useful product scope; historical catalog title does not grant missing modes or source parity. Derivation: Scalar multiplication distributes over Cartesian components.