X-0-X-1-F-y1-X-2-F-y2-F-y2-F-y2-Y-0-Y-1-F-x1-Y-2-F-x2-F-x1-F-x2-X-0-x-

Question Number 107913 by hhryhrry2 last updated on 13/Aug/20

X_{0} = \frac{X_{1} . F_{y 1} + X_{2} . F_{y 2} + \dots . .}{F_{y 2} + F_{y 2} + \dots . .}

Y_{0} = \frac{Y_{1} . F_{x 1} + Y_{2} . F_{x 2} + \dots \dots}{F_{x 1} + F_{x 2} + \dots \dots}

X_{0} = \frac{x_{1} . m_{1} + x_{2} . m_{2} + x_{3} . m_{3} + \dots .}{m_{1} + m_{2} + m_{3} + \dots \dots}

Y_{0} = \frac{y_{1} . m_{1} + y_{2} . m_{2} + y_{3} . m_{3} + \dots .}{m_{1} + m_{2} + m_{3} + \dots . .}

X_{z} = \frac{l_{1} . x_{1} + l_{2} . x_{2} + l_{3} . x_{3} + \dots \dots .}{l_{1} + l_{2} + l_{3} + \dots \dots}

Y_{z} = \frac{l_{1} . y_{1} + l_{2} . y_{2} + l_{3} . y_{3} + \dots \dots}{l_{1} + l_{2} + l_{3} + \dots \dots}