Consider the parabola (x−1)2+(y−2)2=(12x−5y+3)2169Column IColumn IIa. Locus of point of intersection of perpendicular tangent p. (12x−5y−2=0) b. Locus of foot of perpendicular from focus upon any tangent q. (5x+12y−29=0)c. Line along which minimum length of focal chord occurs r. (12x−5y+3=0) d. Line about which parabola is symmetrical s. (24x−10y+1=0)

Consider the parabola (x−1)2+(y−2)2=(12x−5y+3)2169Column IColumn

1.	Consider the parabola (x−1)2+(y−2)2=(12x−5y+3)2169Column IColumn IIa. Locus of point of intersection of perpendicular tangent p. (12x−5y−2=0) b. Locus of foot of perpendicular from focus upon any tangent q. (5x+12y−29=0)c. Line along which minimum length of focal chord occurs r. (12x−5y+3=0) d. Line about which parabola is symmetrical s. (24x−10y+1=0)
Answer» Consider the parabola $(x - 1)^{2} + (y - 2)^{2} = \frac{(12 x - 5 y + 3)^{2}}{169}$ $\begin{matrix} C o l u m n I & C o l u m n I I a. Locus of point of intersection of perpendicular tangent & p. (12 x - 5 y - 2 = 0) b. Locus of foot of perpendicular from focus upon any tangent & q. (5 x + 12 y - 29 = 0) c. Line along which minimum length of focal chord occurs & r. (12 x - 5 y + 3 = 0) d. Line about which parabola is symmetrical & s. (24 x - 10 y + 1 = 0) \end{matrix}$